AR MTF - Slovenská technická univerzita v Bratislave

SLOVAK 

UNIVERSITY 

OF TECHNOLOGY 

IN BRATISLAVA 

Faculty 

of Materials 

Science 

and Technology 

ANNUAL 

REPORT 

2009

ANNUAL REPORT 2009 

Editor: PhDr. Kvetoslava Re‰etová, PhD. 

Translation: Mgr. Jana Greenová 

Preview: Brian E. Green, PhD. - Keene State College, N. H. USA 

2009 

CONTACT ADDRESS 

Faculty of Materials Science and Technology 

Slovak University of Technology 

Paulínska 16 

917 24 Trnava 

Slovak Republic 

Tel: +421 33 5511032 

Tel: ++421918646060 

Tel/Fax: +421 33 5511028 

e-mail: sek_dekana@mtf.stuba.sk 

www.mtf.stuba.sk

Faculty 

of Materials 

Science 

and Technology

2 

PREFACE 

Ladies and gentlemen, 

It is once again time to summarize the year 2009 and to 

present plans for the year 2010. 

Within a few months the functioning period of the 

present faculty management will come to an end and our 

priority is to hand over the faculty to the future management 

in a very good condition. As I look back to the year of 

2009 I am confident that I will be able to solve this task 

without any major problems. We have gained a successful 

accreditation and we are a University Faculty. In the future 

we would like to gain an ‘A’ evaluation, not only in the field 

of materials and technologies but also in our next three 

fields of research – automation and informatics, integrated 

safety and pedagogy – and during the next complex accreditation 

to move from today’s evaluation of B+, B and 

B- towards an A. 

Another strength that we have is definitely, if not the 

strongest ever, successes in obtaining grant funds. In this 

respect I may say without exaggeration that we are the 

most successful university institution and research 

establishment in Slovakia, because during the last year we 

gained 15 million Euros from financial sources, which is 

about 20% more than last year’s budget. Further projects 

are in the approval process, amongst them there are three 

more centres of excellence in total, more than 13 million 

Euros. It is necessary to begin to classify and distinguish 

between the calls of the grant agencies, and to think of how 

to obtain the necessary finances for obligatory joint 

financing, especially for large projects. 

In relation to the above mentioned, I have one more 

remark. I am pleased by the fact that our administrative 

and economical divisions are implemented in the project 

preparation and realisation together with pedagogic-research 

institutes. Division of knowledge management has already 

reached 2 approved projects from EU structural funds for 

activities, which were not carried out at the faculty or STU 

till now. The employees of the Centre for Technologies 

Transfer and Division of Academic Activities are actively 

engaged in the 7FP project. I would like to express my 

thanks to managers of all administratively-economic faculty 

divisions and their teams. The challenge of top management 

for professionalism and implementation of high 

internationally comparable standards became a reality in 

everyday practice. The faculty service offered to students 

and employees can carry each critique or comparison not 

only in Slovakia. 

I am pleased to note that our weaknesses from the past 

have been gradually eliminated. The qualification structure 

of our university teachers is essentially changing, at this 

moment we have institutions were there are no senior 

assistants or assistants without a PhD. Last year we 

congratulated up to twelve new associate professors at our 

faculty and this year we are planning to have four new 

university professors from our staff who are approximately 

in their fifties, we have enlisted at least a further 10 new 

perspective candidates for the title of associate professor. 

Due to the structure of our pedagogues and researchers we 

have significantly expanded with important specialists from 

Slovakia and abroad, we have guest (visiting) professors 

from Germany, from universities and research institutions 

with whom we cooperate closely with, in some cases our 

faculty even became their work place. 

Doctoral study became an unthinkable part of the faculty: 

in this academic year we immatriculated the highest 

number of doctoral students so far, not only in the frame of 

the faculty but also in the frame of the whole university - 

96. During the last academic year there were 33 graduations, 

particularly from the internal doctoral students of our faculty – 

these are the results from which today, not only our faculty 

profits from but also the whole of our alma-mater. 

However, we have our doctorands and post-doctorands 

from China, Cuba, Mexico, Germany, Russia and Austria. 

We do not just have PhD. thesis / dissertations that have 

been written by our colleagues in English, they have have 

also wrote habilitations in English as well. 

The tender for the construction of the Centre of 

Excellence 5-axis machining is just before the selection and 

realisation, the financial sources and funding amounted to 

1.3 million Euros that was allocated by the rector of the 

STU, it is the same amount for all the STU faculties, even

if they are to be used for different purposes. Regarding the 

building documentation for the realisation of an additional 

building on Bottova street, the financial sources amounted 

to 6.5 -8 million Euros and are being negotiated, there is 

another offer to solve this problem with a loan which would 

not be the worst solution for the faculty in today’s financial 

condition. 

Last but not least the Slovakion – project documentation 

including compulsory study regarding the environment and 

the other obligatory matters for this particular construction 

is approaching the final stage of construction and will be 

completed within three months- this was financed once 

again from our own sources. The building plans have been 

formed for a new multi purpose construction of our arboretum. 

From calls 5.1 the strengthening of the infrastructure 

of universities – we will begin in spring with the reconstruction 

of our university hall on Bottova street and hall number 

103. About 5 million Euros from these calls will be invested 

in order to reconstruct the ICT of our faculty. 

So, we are proud of our partners from state, public and 

the private sector. Cooperation with them is beneficial for 

both sides. Let me name the institutions from Slovakia and 

from abroad, whom I consider to be the most important 

partners: Trnava and its region, JAVYS, VUJE, Beakert, FZD 

Dresden-Rossendorf, IFW Dresden, TU Ilmenau, TU 

Dresden, University of Miskolc, University of Applied 

Sciences Anhalt and Kecskemet and many others. 

There are surely more topics which are relevant to 

mention and think about. In a short period we will also 

organise non-legislative meetings which would in principle 

have to explain their attitudes towards the faculty’s plans 

within the times to come. I have in mind the meetings of 

professors with the faculty management, the meetings of 

doctoral students with the dean of the faculty and of course 

the pedagogical conference of faculty teachers. We have to 

agree on the optimal number of students at all three levels, 

we have to discuss how to increase the quality of the 

teaching process and how to gain relevant results in science 

and research to invested sources. 

We know already today that the successful faculties and 

universities of the future have to participate in the research 

projects of the common European research space - the 

fundamental call for all institutes is to start participation 

with their foreign partners on the project FP7 as soon as 

possible - because the structural funds will soon be used up. 

In the year 2010 our faculty will be the organizer of the 

world conference IGIP-SEFI, the two world professional organisations, 

which deal with the quality of engineering education. 

We expect approximately 400 participants from 

all continents. We are sure that the conference participants 

will spread out the good name of our faculty as well as the 

name of our town and region to distances further than the 

Slovak borders. 

We thank our sponsors, curators, advisory council members 

and all partners for the constructive collaboration in the year 

2009, we are happy to fulfil new tasks, challenges and 

tackle future projects together. 

Oliver Moravčík, Professor, PhD. 

Dean of the Faculty 

3

4 

MANAGEMENT 

OF THE FACULTY 

Peter Grgač 

Professor, PhD. 

• Research 

• International Relations 

• Professional Development 

of Academic Staff 

INSTITUTES 

OF THE FACULTY 

Institute of Materials Science 

• Department of Materials 

Engineering 

• Department of Physics 

VICE-DEANS 

Mária Mišútová 

Assoc. Professor, PhD. 

• Bachelor Degree 

• Accreditation of Bachelor Degree 

• Motivation Scholarship 

• Study Promotion 

Institute of Production 

Technologies 

• Department of Welding 

• Department of Machining 

and Assembly 

• Department of Foundry 

• Department of Forming 

Institute of Production 

Systems and Applied 

Mechanics 

• Department of Applied 

Mechanics 

• Department of Technological 

Devices and Systems 

Oliver Moravčík 


Dean of the Faculty 

Jozef Peterka 


• Development 

• Information Technologies 

• Knowledge Transfer 

• Prognostics 

Jozef Sablik 


• Internal Relations 

• Public Relations 

• Security System 

• Publishing Activity 

• Social Programmes for Staff 

• ALUMNI 

Institute of Industrial 

Engineering, Management 

and Quality 

• Department of Industrial 

Engineering 

• Department of Management 

• Department of Quality 

Engineering 

Institute of Safety and 

Environmental Engineering 

• Department of Environmental 

Engineering 

• Department of Safety 

Engineering 

• Department of Industrial 

Safety 

František Horňák 

Assoc.Professor,PhD. 

• Engineering and PhD Degrees 

• Accreditation of Engineering 

and PhD Degrees 

• Student Social Affairs 

• Education Quality, Educational 

Process Inspection 

Institute of Applied 

Informatics, Automation 

and Mathematics 

• Department of Mathematics 

• Department of Applied 

Informatics and Industrial 

Automation 

Institute of Engineering 

Pedagogy and Humanities 

• Department of Engineering 

Pedagogy and Psychology 

• Department of Humanities 

• Department of Professional 

Language Communication 

• Department of Physical 

Education and Sports

DETACHED WORKPLACES 

Nitra Detached Workplace 

Brezno Detached Workplace 

Komárno Detached Workplace 

Dubnica Detached Workplace 

DIVISIONS OF THE FACULTY 

Division of Academic Activities 

Registrar's Department 

Section of Research and International Relations 

Division of Knowledge Management 

Academic Library 

Publishing House 

Section of Public Relations 

Division of Economical and Estate Activities 

Section of Economy 

Section of Operation and Maintenance 

Section of Estate Management 

Division of Communication and Information Systems 

Section of Information Systems Operation 

Section of System and Technical Services 

Division of Personnel and Administration Activities 

Department of Personnel and Social Affairs 

Dean's Secretariat 

Department of Work Economy 

Department of Safety Systems 

Centre for Technologies Transfer 

Student Hostel and Canteen 

Student Hostel 

Student Canteen 

SCIENTIFIC BOARD 

Chair: Oliver Moravčík, Professor, PhD. 

Vice-chair: Peter Grgač, Professor, PhD. 

Members 

Karol Balog, Professor, PhD. 

Pavel Cyrus, Professor, PhD. 

Miloš Čambál, Assoc. Prof., PhD. 

Alexander Čaus, Professor, DrSc. 

František Horňák, Assoc. Prof., PhD. 

Roman Hrmo, Assoc. Prof., PhD. 

Alexander Chaus, Professor, PhD. 

Jozef Janovec, Assoc. Prof., DrSc. 

Ján Kalužný, Professor, PhD. 

Mária Mišútová, Assoc. Prof., PhD. 

Jozef Peterka, Professor, PhD. 

Jozef Sablik, Professor, PhD. 

Peter Sakál, Professor, PhD. 

Peter Schreiber, Assoc. Prof., PhD. 

Ivana Tureková, Assoc. Prof., PhD. 

Milan Turňa, Professor, PhD.EWE 

Koloman Ulrich, Professor, PhD. 

Pavel Važan, Assoc. Prof., PhD. 

Karol Velíšek, Professor, PhD. 

Aleš Gregar, Assoc. Prof., PhD. 

František Janíček, Professor, PhD. 

Matej Korec, MSc. Eng. 

Peter Kostka, Assoc. Prof., PhD. 

Ľudovít Kupča, Assoc. Professor, PhD. 

Ervin Lumnitzer, Prof., PhD. 

Tibor Mikuš, MSc. Eng. 

Fratišek Simančík, PhD. 

Štefan Schmidt, MSc.Eng. 

Miroslav Solava, MSc. Eng. 

HONORARY MEMBERS 

Pavol Bagin, MSc. Eng. 

Zora Dobriková, MSc. Eng. 

Ľudovít Dobrovský, Dr.h.c.,Professor, PhD. 

Aleš Dudáček , Assoc.Professor, PhD. 

Ján Dusza, Professor, DrSc. 

Radim Farana, Professor, PhD. 

Peter Fodrek, PhD. 

Fedor Gömöry, DrSc. 

Peter Husár, Prof.Dr.-habil. 

Štefan Chudoba , MSc. Eng. 

Ľubomír Jahnátek, Assoc. Professor, PhD. 

Peter Joehnk, Dr.h.c., Prof.h.c., PhD. 

Petr Louda, Professor, PhD. 

Jozef Novák-Marcinčin, Professor, PhD. 

Jiří Marek , MSc. Eng. 

Štefan Medvecký, Professor, PhD. 

Volkmar Richter, Professor, Dr. 

Ján Valko , MSc. Eng. 

Ľudovít Vanek, MSc. 

ACADEMIC SENATE 

Chair: Peter Schreiber, Assoc. Prof., PhD. 

Chair of Academic Staff Chamber: Karol Balog, Professor, PhD. 

Chair of Student Staff Chamber: Eva Zibrínová, MSc. Eng. 

Academic Staff Chamber 

Miloš Čambál, Assoc. Prof., PhD. 

Ľubomír Čaplovič, Assoc. Prof., PhD. 

Roman Hrmo, Assoc. Prof., PhD. 

Katarína Krpálková – Krelová, PhD. 

Marián Merica, Assoc. Prof., PhD. 

Milan Naď, PhD. 

Róbert Riedlmajer, PhD. 

Pavol Tanuška, Assoc. Prof., PhD. 

Koloman Ulrich, Professor, PhD. 

Karol Velíšek, Professor, PhD. 

Helena Vidová, PhD. 

Róbert Vrábeľ, Assoc. Prof., PhD. 

Student Chambre 

Michal Čavrčka 

Zdenko Guniš 

Dominik Juriš 

Ondrej Kimlička 

Monika Lukáčová 

Michal Ondruška 

5

6 

ACCREDITATIONS 

In september 2009 the faculty was accredited as a university 

faculty in the process of complex accreditation of the Slovak 

universities. MTF STU obtained the right to award the academic 

title “bachelor“ to the graduates of 10 study programmes, the 

academic title “engineer“ (corresponding to master degree) to the 

graduates of 13 study programmes, and the academic title 

“philosophiae doctor“ to the graduates of 9 study programmes in 

both study formats, full-time and part-time. (Tab. No. 1) 

Tab. No. 1: Accredited study programmes at MTF STU 

Accredited study programmes – Bc. 

Applied informatics and automatisation in industry 

Material engineering 

Production devices and systems 

Computer-aided production technologies 

Production technologies 

Industry management 

Personnel Policy in Industrial Plant 

Quality of production 

Occupational Health and Safety 

Teaching Practical Subjects in Engineering Majors 

Accredited study programmes – Ing. 

Applied informatics and automation in industry 

Materials engineering 

Treatment and application of non-metals 


Machining and assembly 

Computer-aided design and production 

Forming 

Welding 

Industrial and art foundry 

Industrial management 

Integrated safety 


Engineering of production quality 

Accredited study programmes – PhD. 

Automation and informatisation of processes 

Material engineering 

Treatment and application of non-metals 


Industrial management 

Integrated safety 

Machining technologies and materials 

Didactics of technical professional subjects 

Engineering of production quality 

STUDY SYSTEM AND ORGANISATION 

The credit system introduced in STU has been implemented in all 

three degrees of university education at STU MTF, in compliance 

with the law and accreditation within the defined standard length 

of study in both full-time and part-time study formats: 

Degree 1: bachelor studies, completed by granting the academic 

title “bachelor” - Bc. Having successfully passed the State exam 

and gained the academic title of “bachelor” (Bc.), the graduates 

can either continue to study in degree 2, or leave the Faculty. 

Degree 2: master studies, accomplished by gaining the academic 

title of engineer – Ing. (corresponding to MS) 

Degree 3: doctorate studies– both full-time and part-time formats; 

the defined standard length of study in full-time format is 3 years 

and in part-time format 5 years. The study is accomplished by 

gaining the academic title of “philosophiae doctor”. 

All of the above mentioned programmes can be studied either 

full-time or part-time, or externally in the case of PhD. study. 

Interest in study 

The Faculty had quite a stable interest in study within individual degrees. 

A decrease in the number of the students admitted and enrolled 

was due to the change in financing of universities by the 

Ministry of Education SR, and consequently a change in policy by 

the Faculty’s management. 

Graph No. 1. Number of the bachelor degree candidates 

(applicants, admitted, enrolled ) within the last three years 

Admission procedures vary according to the degree. 

The admission procedure for the bachelor degree is based on the 

criteria of the applicant´s secondary school results, i.e. without entrance 

examination. 

Besides the results from the bachelor degree, the admission procedure 

for the master degree considers the results of the entrance 

examinations in 3 profile subjects within the programme studied. 

Graph No. 2. Number of master degree candidates 

(applicants, admitted, enrolled ) within the last three years 

Besides the MTF Bc graduates interested in master studies, there 

is a high number of candidates from other universities. (Tab. No. 2) 

Tab. No.2 Master degree candidates: graduates 

of MTF and other universities in the year 2009 

Applicants MTF graduates 788 

of other universities 343 

Total 1131 

Enrolled MTF graduates 597 

Newly admitted of other universities 194 

Total 791

The admission procedure for the doctorate degree is comprised of 

the entrance examination consisting of an English language test 

and a discourse regarding the chosen topic of the doctorate thesis. 

Tab. No.3 Number of PhD candidates 

in the last three years 

2007 2008 2009 

Full- Part- Full- Part- Full- Parttime 

time time time time time 

applicants 56 45 61 52 138 38 

enrolled 40 37 59 33 99 24 

The number of full-time PhD. students (Tab. No. 3) is influenced 

by the financial policy of the Ministry of Education SR, where the 

number of scholarships allotted to a university is based upon the 

criterion of the university’s achievements in research (domestic 

grants, foreign grants, internal PhD. candidates having passed the 

dissertation exam, number of PhD. graduates, and the share of 

publication activity). In long term perspective, the faculty succeeded 

in increasing the number of allotted scholarships via influencing the 

entrance criteria (see Graph No.3). 

Graph No.3 Comparison of the number of scholarships 

allotted and the positions occupied 

The process of study and education are guaranteed by particular 

faculty institutes. All three study levels are represented in each institute. 

The number of students in particular institutes are demonstrated 

in graph 4. 

Graph No.4: Number of students in individual Faculty institutes by 

31/10/2009 

Abbreviations used: 

UMAT- Institute of Materials 

UBEI- Institute of Safety and Environmental Engineering 

UIAM- Institute of Applied Informatics, Automation and Mathematics 

UIPH- Institute of Engineering Pedagogy and Humanities 

UVSM- Institute of Production Systems and Applied Mechanics 

UPMK- Institute of Industrial Engineering, Management and Quality 

UVTE – Institute of Production Technologies 

Study conditions 

Regarding the premises and administration, the study conditions in 

the Faculty are favourable. We managed to improve the access to 

textbooks by implementing the model of electronic textbooks 

available for all the Faculty students free of charge. Trying to meet 

the students’ requirements, we introduced Saturday office hours in 

the Registrar’s Office and the academic library. Regarding social 

policy, the study at the detached workplaces in Komárno, Dubnica 

nad Váhom and Nitra (the first year of bachelor and master 

studies) is quite significant. 

Besides study, the students can be involved in institutional 

research activity either by participating in research projects and the 

Student Research Conference, or working as a research studenthelper. 

The Student Research Conference provides the students of 

degrees 1 and 2 with a chance to get acquainted with research 

methods, to analyse a research task and articulate the attained 

research results in both oral and written forms, and to defend their 

opinion in a professional forum. PhD students can present partial 

results of their research projects in the International Doctoral 

Seminar, an annual event organized by the Faculty and attended 

also by PhD. students of foreign universities and research 

institutes. 

Besides the students of Slovak citizenship, there are also foreign 

students studying at MTF. Unfortunately, the Faculty is failing in 

attracting a higher number of foreign students, so their percentage 

is quite low so far. 

QUALITY OF EDUCATION 

Education efficiency and quality can be assessed by various 

criteria and parameters, such as placement rate of graduates, and 

the unemployment rate regularly announced by the Ministry of 

Labour, Social Affairs and Family, SR. The fact that STU is among 

the universities with the lowest unemployment rate is justified by 

the education quality and interest of social practice in the STU 

faculties’ graduates. 

Tab. No.4 Number of Faculty graduates 

in the academic years 2007/08 and 2008/09 

Ing/M. Bc. PhD. Total 

2006/2007 412 695 20 1127 

2007/2008 547 687 32 1266 

2008/2009 636 1343 33 2012 

The aim of the educational process is the training of graduates for 

their future profession. Its efficiency is measured by various 

methods, the most important of which is the method of feedback 

mapping the students’ opinions regarding the study contents, 

activities of the education process implementation, study 

environment and teaching strategies. Besides this tool of education 

quality improvement, the Faculty carries out a survey regarding the 

students’ satisfaction with the aim to identify weaknesses in the 

education process, teaching strategies, as well as administration 

and organisation. 

Since February 2009 there has been a new electronic questionnaire 

with innovated content to increase the number of participants, to 

provide a space to students to express own opinion on education 

quality and processes, to improve the filling of questionnaire and 

to increase anonymity. 

The total number of students taking part in the electronic student 

questionnare in the academic year 2008/09 was 12.1%. The 

students were from all study levels, methods and study forms. 

Although the number of questionnaire participants was increased 

in comparison to the year 2008 (3%), the effort of faculty 

management is to motivate students. 

The Faculty management analysed the results of the questionnaire 

and recently has introduced measures to eliminate the imperfections. 

7

8 

This act justified the acceptance of students’ opinions and 

consequently motivated their involvement in further inquiries. 

SOCIAL MATTERS 

Accommodation and board are provided for students in the Student 

Hostel of M. Uher and the adjacent cafeteria and snack bars. 

Students appreciate mainly the quite high standard of comfort 

including free Internet connection, as well as availability of sports 

facilities such as the fitness centre, gym, indoor swimming pool, 

tennis courts, and softball and baseball fields directly on the campus. 

Besides the above-mentioned facilities, students can take advantage 

of social scholarships and other bonuses such as those for 

study achievements and motivation, study loans and consultancy in 

the Career centre. All this is considered when designing the time 

schedule, length of a training unit, arrangements of subjects, 

administrating the student agenda via AIS, PC connection, medical 

care and the possibility of arranging one’s matters in the Registrar’s 

and Academic library on Saturdays, etc. 

As amended by law, the social system includes both enforceable 

and non-enforceable scholarships provided within the framework 

defined by the Act on Universities or internal University and Faculty 

legislation. 

GRADUATE PROFILE 

BACHELOR PROGRAMMES (Bc.) 

Applied Informatics and Automation in Industry 

• The graduate will obtain the first level university education in 

the interdisciplinary field of study in Automation and Applied 

Informatics. The interdisciplinary study allows applyication of 

skills in industry and also in the service sphere. 

• The graduate will understand information systems of an 

industrial enterprise and control systems of technological and 

production processes. He will know the processes and the 

methods of implementation and operation of information 

technologies and automation. 

• The graduate of this major will have basic knowledge of 

automation and informatics and will able to implement it in 

computer-aided systems. He will have knowledge and skills in 

the field of machine technology, automation and ICT 

implementation in processes, as well as fundamentals of 

diagnosing, collecting, processing and transferring data, along 

with experience in programming, computer modeling and 

simulation. Operation of the automatic measuring, control and 

information systems contribute to the graduate’s ability to solve 

the problems regarding the implementation and utilisation of 

computational and automation technology. He will gain the 

knowledge of natural science within the first degree of university 

study, mathematical and physical basics of automation and 

computer science. 

• He will be able to implement and operate IT systems. He can 

work alone or also as a member of a team. He has good skills 

to analyse automation and information technology requirements 

as well as implement and operate automation equipment and 

information technologies in control systems. 

• He will be aware of social, moral, legal and economic context of 

his profession and the consequences of automation and 

information technologies application. 

• He will be ready to perform in the field of industry and services 

as well as to study the second degree in automation and applied 

informatics. 

• The graduate will successfully operate in jobs connected with 

the implementation, operation and maintenance of control and 

information systems for technological processes control and 

data processing in various fields of industry. 

Occupational Health and Safety 

The graduate has received knowledge and skills of technical and 

technological sciences with specialization for safety assurance in 

the field of production technologies, working environment and safe 

handling of dangerous substances and objects. The graduate is 

qualified for problem analysis in the field of Occupational Safety 

and Health, is able to design, implement and manage Occupational 

Safety and Health management systems, and is able to apply 

knowledge to other systems. The graduate is able to analyze risks 

and design suitable precautionary measures for acceptable 

Occupational Safety and Health level. The graduate may work in 

industry and services, in the field of work inspection, relevant 

professions within regional municipality and state bureaucracy, and 

in Occupational Safety and Health document processing within 

particular organisations. The graduate would be helpful in the 

creation process of safety and health-friendly working and living 

environment in the productive and also in unproductive sphere. 

Production Quality 

The graduate understands the issues of quality management in 

industrial plants and quality management systems, as well as the 

application of basic tools and techniques of quality management, 

including statistic methods. He gains detailed knowledge of quality 

management, basic knowledge of natural science disciplines 

(mathematics, physics), machine technologies and management of 

machine production. General knowledge of industrial plant 

management, together with basic computer literacy, will create the 

supposition of successful communication with research staff as well 

as management and organisation structures of staff in economic 

organisations. He achieves ISO standards skills, mainly in quality 

management. He is able to collaborate in operating quality 

management systems and process related documentation and 

other regulation documents. He will be employed as a manager 

responsible for quality assurance in individual structures of 

industrial plants, or an expert in quality management 

Materials Engineering 

The graduate 

• will gain complete bachelor’s degree education in the field of 

Materials focused on the main kinds of technical materials, 

• will understand production, testing, technological processing, 

selection, exploitation and degradation properties of the main 

kinds of technical materials, 

• will have knowledge of notions, principles and theory regarding 

technical materials, production technology, processing 

technology, application and recycling of materials, as well as 

fundamentals of electrical engineering, construction, informatics 

and management of an industrial company, 

• will be able to specify mechanical properties of materials and 

work with equipment used in mechanical and defectoscopic 

tests of materials, and evaluate the structure of materials by 

standard procedures with the use of corresponding equipment 

machinery, 

• will be conscious of social, moral, legal and economic impact of 

his profession, 

• will be prepared either for the master’s degree study in the field 

of Materials and related study fields, and after graduating also 

in doctoral degree study, or for entering the job market 

immediately, 

• will successfully operate in industrial companies in the field of 

technical materials, their technological processing to semi-products 

and products, as well as in the field of control of their quality, 

purchasing and selling materials, service and maintenance. 

Personnel Policy in Industrial Plant 

The graduate understands the strategy of personnel management 

and its connection with theory and practice of market mechanics. 

The knowledge and skills gained, including computer literacy, will 

allow him/her to manage human resources successfully. S/he will 

be able to solve complex personnel problems regarding the 

requirements of entrepreneurial subjects and their economical, 

legal and moral limits. The graduate will successfully perform as 

a personnel or finance manager on various levels of management 

in larger, medium-sized and smaller companies, in agencies and 

in both governmental/non-governmental and profit/non-profit

organisations. S/he is well prepared to become a highly competent 

member of management in lower organisational structures, including 

the field of financial management. 

Computer-Aided Production Technologies 

The graduate is able to perform the job of a production technologist 

able to operate computational technology CAx systems and Cax 

technologies used in the production preparation and control. The 

graduate is able to prepare technical documentation and construct 

and design programs for CNC production machine tools, model 

complex 3D products and simulate preparation of their production. 

The graduate is also able to implement and operate production and 

technological systems in the position of a CAD/CAM technologist, 

constructor of production tools and a programmer of NC technology 

using appropriate computer systems and software. 

Industrial Management 

The graduate understands social and technical systems integrating 

human resources, information, materials, devices and processes 

within complex life cycle of products and services. He has 

fundamental knowledge of natural sciences, technical, technological 

and humane disciplines, as well as knowledge of informatics and 

specific knowledge of industrial engineering oriented on plant 

management, economy, production management, marketing, 

accounting etc., with emphasis on practical application of the 

above mentioned knowledge. He is able to apply gained knowledge 

and skills in practice, mainly as a team-leader or team-member in 

the middle management. He will also be able to set and run small 

businesses or companies. 


The graduate is familiar with the organisational characteristics of 

educational system and institutional rules of school as well as 

the basic structure of technology and material science, principles of 

design, implementation and evaluation of the teaching process in 

vocational schools. S/he is able to teach practical professional and 

vocational subjects aimed mostly at developing the skills in technical 

subjects at secondary technical and vocational schools, or work as 

a manager providing practical training in professional education, or 

as a trainer in the field of extra-curricular activities. The graduate 

is prepared either to continue his/her study for a master’s degree 

within the programme “Teacher Training of Technical Vocational 

Subjects”, or to enter the job market. 

Production Technologies 

The graduate understands theoretical and practical issues in 

production technologies and systems. He is able to solve creatively 

tasks in the field of production, and to seek new progressive 

technology procedures in the production of parts and technology 

units, using modern technology devices and information systems. 

He is prepared either to continue his study within the Master 

degree study programme, or to enter the job market as 

a technologist or as a team member in various areas of industry in 

both private and public sectors. 

Production Devices and Systems 

The graduate will gain complete bachelor degree education in the 

field of manufacturing engineering, focused on the engineering 

production including the maintenance and means of mechanisation 

and automation. The graduate understands machine technologies 

and applied tools. He has knowledge in the fundamentals of 

management, environmental engineering, work safety and health 

protection. He is able to solve problems in the field of technical 

materials and their properties, as well as machine mechanics. He is 

prepared either for the Master degree study programme in 

production devices and systems, or for immediately entering the 

job market. The graduate will find engagement as a designer 

of automated production systems and devices, as a technologist, 

or be self-employed in engineering services or as a specialist in 

various production sections. 

MASTER PROGRAMMES (MSc., Eng.) 

Aplied Informatics and Automation in Industry 

• The graduate will obtain extensive knowledge of theoretical and 

applied scientific disciplines necessary to understand patterns 

during the physical, technological, informatics, automation and 

control processes in industrial companies and organizations, 

even at the description level of abstract models. 

• The graduate will master basic technological processes of 

industrial production and the structure of manufacturing. This 

knowledge will allow him to design the systems and methods of 

its automated control, and its information support. His designs 

will focus on environmental and ecological aspects. The 

graduate will also know systems of data collection, data 

processes and data transmissions from the process level to the 

business level. 

• He will have deep knowledge of the theory of systems, process 

automation, automation equipment, algorithms, information 

technology, programming, data processing and data transmission, 

information systems, real-time systems, visualisation systems of 

processes, systems for decision support in business activities, 

systems integration, etc. 

• The graduate will be able to analyze, design, and maintain 

a huge amount of information of technology systems and 

specific types of information systems for control processes and 

decision support regarding specific requirements of the 

enterprise, organization, or institution. 

• He will be aware of the social, moral, legal, and economic 

contexts of his profession in accordance with professional, 

ethical, and legal framework applicable to the area of applied 

information technologies and automation. 

• The graduate will be ready for an immediate entry into the 

labour market as well as for the third study degree. He will be 

prepared to develop his scientific potential in information 

technologies and automation. 

• The graduate will successfully perform not only in design and 

operation of information and control systems in industrial plants, 

but also in design or consultancy offices for the institutions, 

information, management and telecommunications systems, 

software engineering, as well as in schools in educational 

institutions. 

Engineering of Production Quality 

The graduate understands basic technological and managerial 

issues of an industrial plant and servicing company, as well as 

designing, maintaining and implementing quality management 

systems. He will master the subject matter of international 

standards for quality management and intellectual property. He 

has deep knowledge of natural sciences and specific areas of plant 

management, particularly in designing maintaining, implementing 

and improving quality management systems, total quality management 

/TQM/ approaches, as well as modern tools and methods of quality 

management. He is able to develop and implement quality 

management systems. The graduate may be employed in several 

areas–industrial companies, services, state administration and at 

all positions where synergy of management, technical knowledge 

and skills is needed. 

Integrated Safety 

The graduate is able to independently analyze and solve problems 

in different fields of industry. He/she is qualified to implement and 

manage Occupational Safety and Health management systems. 

He/she has skills to design and realize the conditions for application 

of integrated management systems in the companies and to 

integrate this system into other ones. The graduate is able to 

manage risk on the basis of extended study of sciences, to apply 

knowledge in the process of risk assessment and analysis via 

information technologies. The graduate may work with 

Occupational Safety and Health management systems and in the 

field of risk assessment and analyses. He/she is able to design 

systemic measures, to create the conditions for implementation of 

domestic and foreign legislation into the Occupational Safety and 

Health management systems, and to prepare the documentation 

for prevention activities within the Occupational Safety and Health 

management systems. 

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The graduate 

• will gain complete master‘s degree education in the field of 

Materials focused on technical materials, 

• will understand development and production of technical 

materials, their technological processing into semi-products and 

products, as well as control of their quality and operating 

diagnostics, connections within chemical composition, structure 

and technically important properties of materials, 

• will have knowledge of production, processing, quality control, 

application and recycling of materials, methods, techniques and 

means of property analysis, selection and implementation of 

materials, 

• will be able to specify and propose extensive material solutions 

in different technical fields; to apply a wide spectrum of 

experimental methods of structure study and properties of 

materials in solving tasks in engineering practice; to analyse and 

understand technological and other processes in terms of their 

impact on structure and properties of materials; and to gauge 

the influence of production and processing technologies on 

working environment and in case of need to recommend 

alternative solutions, 

• will be conscious of social, moral, legal and economic impacts of 


• will be prepared either to continue his study in post-graduate 

degree, gain scientific perspective in a whole scale of fields of 

materials engineering, or to enter the job market immediately, 

• will sucessfully perform as a team leader or team member in the 

field of materials engineering (research, development, 

production or implementation), individually as a project leader, 

and as an enterpreneur or a manager in industrial production. 

Machining and Assembly 

The graduate has gained complete bachelor degree education in 

the production of machinery products and implementation of the 

latest technologies in the field of chip and chipless machining and 

product assembly in particular. He understands the subject, from 

the material origin up to the change of its properties after machining 

up to the phase of its assembly into larger units. He has deep 

theoretical knowledge in the field of production technologies 

(machining, welding, forming, foundry and assembly), materials 

and tools, the application of production machines and equipment 

supported by the knowledge of CAx technologies. He can perform 

as a production technologist, tool technologist, CNC technologist 

and assembly technologist, as well as a leader in the sectors of 

technological preparation of production. 

Computer-Aided Design and Production 

The graduate has mastered the complex field of CA systems 

and CA technologies used in production preparation and control. 

He is able to meet special requirements and design specialised 

applications, form and lead teams implementing engineering 

computer analyses, simulations of production processes, design 

computer-aided production units, lead teams using computer 

technology in the field of technical preparation of production, or 

work as a manager and entrepreneur in the field of computational 

technology and CA systems implementation in production support. 


The graduate gains complete university education focused on planning, 

designing, implementing and managing production systems and 

also creativity development in engineering projects or processes. 

He has deep knowledge of natural sciences, technical and technological 

disciplines and humanities, with expertise in industrial 

management, company management, production management, 

and plant economy, as well as theoretical knowledge of operation 

and system analysis, logistics, personnel, investment, finance, 

innovation, information management, etc. The graduate is ready 

either to continue his study in postgraduate degree and develop his 

research career in industrial management, or to enter job market 

immediately. He will successfully perform as a middle or top 

manager in organisations within various sectors of industry requiring 

the synergy of managerial, economical, technical and soft skills and 

knowledge. 

Industrial and Art Foundry 

The graduate has gained complex knowledge of technological 

processes of liquid metal preparation, production of moulds for 

industrial and art castings with high-precision and high-quality 

surface. He has theoretical knowledge of metallurgy of casting 

materials, processes, design of castings’ mould, moulds 

manufacturing, and apertures of castings. He is able to work with 

computational technology, software for simulation of casting 

processes, computer-aided design of casting shapes, and prediction 

of casting properties in the phase of production preparation. He 

can autonomously design the technological procedures and control 

production in a foundry. He can successfully perform in public and 

private sectors, in research, as well as in construction and project 

workplaces. 

Processing and Application of Non-metals 

The graduate has gained the university degree in the major 

of Materials with a specialisation in non-metal materials. He/she 

understands the production, technological treatment, testing, 

exploitation and degradation of non-metal materials such as plastics, 

ceramics, glass, rubber and some special material types. The 

graduate sees a correlation between the structure and properties 

of the mentioned materials, as well as the control of their quality 

and operation diagnostics. He has knowledge of the production, 

treatment, quality control, application, recycling, and secondary 

treatment of the mentioned materials, and the methods, technologies 

and tools of properties analysis, selection and application 

of non-metal materials. He can successfully perform as a manager 

or team member (research, development, production or application 

of non-metal materials), independently as a project manager, as 

a self-employed manager of his own company, or as a manager 

in industrial production with particular specialisation. 

Forming 

The graduate has gained complete university education in the 

major of Production Technologies, primarily in Technology of 

Forming and its implementation in practice. He understands the 

fundamentals of production technologies, processes of metallic 

material deformation, functions of forming machines and tools, as 

well as application of mechanisation and automation. He is be able 

to design technological procedures and forming tools, to solve work 

safety questions, to provide calculations of force and energetic 

strain parameters, to control calculations for the construction 

of individual components of tools, to implement the knowledge 

of properties of forming machines, and to solve automation issues 

in forming. He can successfully perform as a production manager 

in the fields of technology development and manufacturing 

practice in various sectors of industry, mainly the automotive 

industry, as well as in the private sector. 

Teaching Specific Engineering Subjects 

The graduate is well familiarized with job profiles and activities 

in the related field, is able to participate in the development of 

teaching methodology manuals and is aware of social, moral, legal, 

economic and environmental aspects of his/her profession. S/he is 

prepared to design the stages of life-long education of adults and 

to implement them in practice, to adapt educational programmes 

for particular types of educational institutions and particular groups 

of students, and to communicate pedagogical and professional 

knowledge effectively to the wider professional and lay communities. 

The graduate is ready to perform as a teacher of vocational 

subjects, a teacher-trainer in the field, or an instructor in 

governmental administration and the institutions of further 

education and education of adults. 


The graduate will gain a complete university education (Master 

degree) in the field of manufacturing engineering and materials, 

production processes and production systems. He understands the 

function of machines and constructions of production equipment. 

He has knowledge in the field of production machines and materials 

used in the processes of manufacturing. He is able to solve 

the tasks of machine mechanics, mechanisation and automation. 

He can recognize social, moral, legal and economic impacts 

of his profession. He is prepared either to continue his study in

a post-graduate degree programme and to implement advanced 

methods and techniques of design and development, or to enter 

job market immediately as an expert in production, project, and 

development organizations, solving the conceptual, technical, and 

organisational tasks of complex automation of production processes. 

Welding 

The graduate is able to evaluate the selection of materials, 

technological feasibility and modern progressive concepts of 

products that will be manufactured by welding, other joining 

technologies and cutting. S/he has simultaneously gained the 

knowledge of utilization of computational technology and computer 

simulations in the field of thermal processes, in order to minimise 

degradation of the chosen materials. S/he is able to justify safety 

risks and provide a solid outcome for the economic assessment of 

a product. The graduate can successfully perform in the top 

industrial production firms and in university research, both domestic 

and abroad, as well as in managerial positions requiring knowledge 

in the field of materials and their further progressive technological 

processing. 

POSTGRADUATE PROGRAMMES (PhD.) 

Process Automation and Informatization 

• The graduate will have expertise in modern fields of automation 

and control processes, utilising information technologies in the 

development of new methods, algorithms, and procedures on 

the level of a scientist and a researcher. Depending on the 

choice of elective subjects, he can specialize in the areas of 

complex systems through utilization of information technologies 

in the field of modern flexible manufacturing systems or 

intelligent management techniques with artificial intelligence. 

• The graduate will master mathematical principles, theory and 

cybernetics methodology combined with advanced methods, 

and theories of management and automation. He will know the 

principles and methods for designing the complex systems of 

information technologies. 

• The graduate will be able to analyze and define problems of 

scientific research, implement projects by using the latest formal 

tools and experimental procedures in accordance with the EU 

legislation. 

• The graduate will understand the background of automation, 

control and related sciences as well as the physical fundamentals 

of originally implemented solutions for automated and automatic 

control, information technology, preparation and management 

of experiments, modeling and simulation. 

• He will be aware of the social, moral, legal and economic 

aspects of his profession as a scientist or a researcher. 

• The graduate will be ready for scientific or research work in the 

field of research and development of new methods for the 

management of complex systems based on the latest information 

about control algorithms, etc. He will also be ready to articulate 

a problem and lead a research team professionally. 

• He can successfully perform as a top development researcher in 

the top scientific, research, and academic institutions in both 

domestic and foreign labour markets. 

Didactics of Technical Professional Subjects 

The graduate is able to identify, analyse, and solve the demanding 

issues of an empirical and conceptual character, as well as to plan, 

organize, and evaluate research in the related field. The graduate 

can either lecture didactics of professional subjects at teachertraining 

faculties preparing the teachers for secondary technical 

schools, or work for research and development and methodology 

centres requiring ISCED 7 (level in international classification 

of education), as well as for governmental administration and 

educational institutions as an expert in the fields of methodology, 

research and development, and programme concepts. 

Integrated Safety 

The graduate is familiar with methods of research and experiments 

within Occupational Safety and Health management systems. The 

graduate is qualified to conduct independent scientific research as 

well as work with inventive teams; he/she is able to yield solutions 

to complicated problems in the field of Occupational Safety 

and Health theory and practice, risk management, safety in the 

working and living environment, and fire safety, as well as other 

related branches. The graduate is able scientifically formulate and 

elaborate problems, introduce results of research work with 

the possibility of their application in the study branch, including 

the presentation of results into scientific journals and proceedings. 

In practice he/she may work in the research department of 

production companies, in top manager positions in the field of risk 

management and safety assurance of the working environment, 

and at faculties of technical universities with specialization in the 

field of safety. 

Engineering of Production Quality 

The graduate achieves a complex PhD. education in Production 

Quality, focusing on quality management skills. He uses the 

scientific methods of research and development to acquire 

knowledge. He is able to develop creative methods in quality 

management and integrated and complex quality management to 

design and operate social-technical and management systems in 

different types of organisations, to make innovations in processes, 

and to improve the quality management. He is able to analyse the 

market, to analyse customers, and to design and evaluate projects 

for an organisation. The graduate will be mainly employed as a top 

manager in different organisations, as a consultant at consulting 

firms, and at universities in scientific research and education work. 


The graduate 

• will master the rules of scientific work in the field of Materials, 

• will be prepared to discover and bring his own new solutions 

of problems, 

• will learn to formulate problems scientifically and present his 

own results, 

• will be able to gauge legal and environmental aspects, ethical 

and social aspects of scientific work, 

• will gain the doctoral degree education in the field of Materials, 

• is familiar with scientific methods of research and development 

as well as processes leading to his own solutions to problems in 

the field of technical materials, 

• will master the rules of individual and team scientific work, 

scientific formulation of problems, ethical and social aspects of 

scientific work, the rules of presentation of research results, 

• will understand the relations of research, development, 

production, implementation, and recycling, and aspects of 

research and development of new materials, as well as legal and 

environmental aspects of new products, 

• will be conscious of social, moral, legal and economic impacts of 


• will be prepared to gain a scientific perspective in large scale 

material research fields for creative development and widening 

of knowledge in the field, or to enter the job market immediately, 

• will successfully perform as a researcher in research institutes or 

universities, or as a highly-qualified specialist in large industrial 

companies focused on the production of materials or technological 

processing of materials into semi-products and products. 


The graduate gains complex university education in Industrial 

Management oriented on the knowledge development in the field 

of managerial activities, tools and methods applied in various types 

of companies. He has mastered research and development 

methods of gaining knowledge autonomously. He will be able to 

develop creative methods in the field of industrial management and 

design, provide social, technical and managerial systems in various 

types of companies, accelerate the development of innovative 

processes, and apply various management improvement 

approaches. The graduate will be successful in the top managerial 

positions in various types of organisations, consulting companies 

and universities, in both research and teaching careers. 

Processing and application of non-metals 

The graduate knows the principles of scientific individual and team 

work as well as the procedures leading to independent problem 

solving in the field of non-metallic materials. The graduate is ready 

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to discover and bring new solutions to problems, to scientifically 

formulate the problem and present his/her own results, and to 

be able to assess the legal, environmental aspects, ethical, and 

social aspects of scientific work. The graduate understands the 

connections between research, development, production, use, 

recycling, and aspects of research and development of new 

materials (especially based on glass, plastics and ceramics). 

He may work as a scientific/research worker in research institutes, 

at universities, or in large industrial enterprises aimed to production 

of materials or technological processing of materials into semi-finished 

products and products. 

Machine Technologies and Materials 

The graduate has gained wide theoretical knowledge in the field 

of metallurgy, progressive technologies of chipless and chip 

processing of materials, computer support and applications of CA 

technological systems, simulations and automation of technological. 

The graduate has mastered scientific methods of research and 

development in production processes, particularly in technologies 

of machining, welding, forming, foundry, machine metrology, 

assembly, powder metallurgy, and CA technologies. The graduate 

can find jobs in research and development institutes in managerial 

positions in the field of sophisticated production technologies, and 

in engineering universities. He is able to autonomously articulate 

and solve research tasks and to lead a research team. 


The graduate will gain high proficiency in the field of processing 

control, in the development of new control methods, and 

algorithms at the level of scientific and research work. He can 

apply scientific methods of research and development in the area 

of manufacturing engineering focused on the development of 

machining, forming, welding and casting machines, robotic 

equipment, machines for woodworking, solid waste, etc. He 

acquires the principles of scientific work, of the relationships 

among research, development, production, application, and 

recycling. He understands connections between automation, 

automated and automatic control of manufacturing processes, 

preparation and control of experiments, modelling, simulation and 

prognostics. He can recognize the social, moral, legal and 

economic impacts of his profession. He is prepared to formulate 

and solve topical problems of specialization and lead a research 

team. The graduate can find engagement in the research, scientific 

or educational establishments, and also in industry as a R&D worker. 

APPROVED RIGHTS TO PROVIDE THE HABILITATION 

PROCESS AND THE PROCESS TO NAME PROFESSORS TO 

THE FACULTY OF MATERIALS SCIENCE AND TECHNOLOGY 

SLOVAK UNIVERSITY OF TECHNOLOGY AFTER THE 

COMPLEX ACCREDITATION 

According to § 84 paragraph 5 law No. 131/2002 on universities 

and the change and modification of some laws according to the 

later regulations, the Minister of Education of the Slovak Republic 

(MŠ SR) has approval to the Faculty of Materials Science and 

Technology Slovak University of Technology in Bratislava to provide 

to the habilitation process and the process to name professors 

in the following study fields: 

Number Study field (number, name) title 

(assoc. prof., prof.) 

1. 5.2.7. machine technologies and materials assoc. prof., prof. 

2. 5.2.14. automation assoc. prof., prof. 

3. 5.2.26. materials assoc. prof., prof. 

4. 5.2.50. production technology assoc. prof., prof. 

5. 5.2.52. industrial engineering assoc. prof., prof. 

6. 8.3.5. occupational health and safety assoc. prof., prof. 

7.* 

Note : 

5.2.57. production quality assoc. prof., prof. 

Decision of M_ SR number CD-2009-31150/29559-1:from 7. 8. 2009 

*Note.: 

Decision of M_ SR number CD-2009-40469/46480-3:from 10. 12. 2009 

edited by František Horňák, Assoc. Professor, PhD. 

SCIENTIFIC PROFILE OF THE FACULTY 

The research orientation of the STU Faculty of Materials Science 

and Technology corresponds with its pedagogic profile and the 

long-term STU orientation. As amended by section 30, paragraph 

1, sub-paragraph c of Act 131/2002 of the Coll. on Universities, and 

as amended by other acts, the Faculty Scientific Board evaluates 

the Faculty’s activity in the field of science and technology once 

a year. 

Orientation of the research 

The scientific and research activity of STU MTF research and 

pedagogical staff is carried out in the following forms: 

• research and pedagogical projects within Slovak grant agencies 

• projects solved within international programmes 

• projects of international collaboration 

• projects of applied research and development 

• projects of contractual research and development 

Participation in the 7 th work frame programme of EU. 

The research content is oriented to the following fields: 

• materials research with a focus on the research, development 

and technological processing of basic and new kinds of 

technical materials, 

• research, development and optimization of new technologies of 

industrial production oriented particularly on the technological 

processing of modern technical materials and ecologically clean 

processes and products, numerical simulation of technological 

processes, 

• process identification, automation and control, as well as 

information support for technological, production and 

organization systems, 

• research and verification of managerial control principles and 

their organization structures, 

• quality control and certification of processes and products, 

• safety and reliability of technological equipment and systems, 

while emphasising the analysis methods and systems synthesis, 

• humanities and social sciences with emphasis on the 

improvement and innovation of the teaching methods and forms 

in the training of technical intelligentsia. 

edited by Peter Grgač, Professor, PhD. 

INSTITUTIONAL MEMBERSHIP OF FMST SUT 

Membership in Slovak professional organisations 

Slovak Natural Gas and Crude Oil Union 

Association of Industrial Ecology in Slovakia 

Slovak Chamber of Commerce and Industry 

Slovak Society for Quality 

Automobile Cluster 

Membership in international professional organisations 

Association of Thermal Treatment of Metals 

Internationale Gesellschaft fur Ingenierpädagogik - IGIP 

European Platform of Women Scientists 

European Network of Education and Training in Occupational 

Safety and Health (ENETOSH)

AWARDS 2009 

High value of the Faculty of Materials Science and 

Technology STU 

To celebrate the 60 th anniversary of the Welding Research Institute 

- the Industrial Welding Institute of the Slovak Republic, on the 12 th 

of February 2009, gave the Institute the highest honour, 

the Academician Čabelka Medal; this has been given to four 

institutions in Slovakia. The Dean of our faculty received this 

award. 

Prof. Ing. Milan Turňa, PhD. IWE has received a research award 

GOLD MEDAL FOR SLOVAKIA in 2009 which was awarded by ABI 

(American Biographical Institute, Inc.) in North Caroline, USA. 

AWARDS AT THE FACULTY 

1. Best dissertation thesis: 

Ing. Jana Moravčíková, PhD.: Indirect measurement 

methods and their application in production 

Ing. Maximilián Strémy, PhD.: Combined discrete dynamical 

systems 

Ing. Henrieta Hrblik Chovanová, PhD.: Draft guidelines for 

improving the maturity of project management in industrial 

enterprises within Slovakia. 

2. Best habilitation: 

Assoc. Professor Mária Behúlová, PhD.: Mathematical 

modelling and numerical simulation in chosen technological 

processes of manufacturing and the processing of metallic 

materials 

Assoc. Professor Martin Kusy, PhD.: The Rapid Solidification 

processing of alloys with non-conventional chemical composition 

3. Best research team in 2009: 

Under the leadership of Professor Ing. Jozef Janovec, DrSc., 

Team members: Assoc. Professor Ing. Lubomir Caplovic, PhD. 

and Cooperatives: Assoc. Professor Ing. Martin Kusy, PhD., and 

Assoc. Professor Ing. Maria Dománková, PhD. 

4. Holders of Commemorative euro coin of Aurel Stodola: 

The Rector of SUT, Vladimir Báleš, Professor, DrSc. awarded the 

following staff from the faculty the "Commemorative euro coin 

of Aurel Stodola" for long-term professional work and sharing 

the thoughts of NESTORA relative to Slovak sciences. 

Anton Vrban, Professor, PhD. 

Milan Turňa, Professor, PhD. 

Oliver Moravčík, Professor, PhD. 

5. Awards of students 

On 23.4.2009 the students participated in the 2 nd year of 

engineering study at the Institute of Industrial Engineering and 

Quality Management; it was the14 th year of international 

competitions for students of bachelor and master's degrees- 

STOC, organized by VŠB - Technical University of Ostrava. 

"Information systems and management" came in second place, 

awarded to Bc. Brieniková Jana, Bc. Maria Marettová, Bc. 

Horňáková Jana, Bc. Adriana Gergelová and Bc. Dominik 

Mesároš for work with E-learning for the MS Project (supervisor, 

Associate Professor. Ing. Šujanová Jana, CSc.); and the third 

place went to Bc. Richard Seidl for work with the project of 

building EMS Chirana - Dental ltd. s.r.o. in Piešťany (supervisor 

Prof. Ing. Sakál Peter, CSc.) 

Tomáš Schottert, 2 nd year in the field of computer aided 

production technologies, gained second place in the English 

language section in the ŠVK round in spite of the heavy 

competition. This took place at the UŠVK on the 13 th of May 2009. 

Another event took place for students "Scientific conference of 

students in 1 st and 2 nd degree of university study", which was 

held on the 7 th April 2009 at the Faculty of Natural Sciences UCM 

in Trnava. The following 3 rd year students won the English 

language round. Matej Pecháček gained 2 nd place, Jan 

Babčan gained 3 rd place, and Ivan Szilva, a 2 nd year student, 

gained 4 th place. 

The success of students of FMST at TU Zvolen. 

Students of UPMK attended the 50 th year of the international 

competition ŠVOČ in the Lumber faculty based in TU Zvolen. 

In the section of "Economics and Management" half of the 

presentations were from foreign participants and a student of 

the MTF, Bc. Jan Kyzek (supervisor Prof. Ing. Karol Hatiar, 

CSc.), whose topic was "Launch Program ergonomic enterprise" 

won third place. Fourth place was awarded to Bc. Gabriela 

Hrdinova (supervisor Prof. Ing. Sakál Peter, CSc.) for the 

topic of "Analysis of options and design of corporate social 

responsibility (CSR) in the company CHIRANA-progress ltd., 

in Piešťany." 

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14 

Students of FMST nominated in the university’s round of the 

Student’s Scientific Conference successfully passed this and 

from all count of 12 awards they obtained 6 awards, with 

competition from other SUT faculties. Awarded students: 

Bc. Milan Remenár, Bc. Jozef Ondruška, Bc. Martin 

Kováč, Bc. Jana Brieniková, Bc. Adriana Gergelová, 

Bc. Jana Horňáková, Bc. Mária Marettová, Bc. Dominik 

Mesároš, Bc. Ján Kyzek, Tomáš Schottert. 

On 26 th -27 th May 2009 the Slovak Company Repair organized an 

International Special Conference called the “National forum 

of Repair 2009” in the High Tatras. There were 176 participators 

from Slovakia, Czech Republic, Austria and Hungary. Within this 

conference the best diploma thesis in the field of repair was 

awarded. This award was received by FMST student Bc. Martina 

Barošová for her thesis “Offer of rationalization of the servicing 

and repairing works.” The adviser of her thesis was prof. Ing. 

Sablik, CSc. 

On the 11 - 12 of November 2009, as a part of the European 

week, an international conference entitled ‘Quality of education, 

education for quality' was held. 

In the context of this conference a competition was organised 

for the best final thesis in the field of quality management and 

comprehensive quality management (TQM). The category of 

bachelor thesis was awarded to Bc. Aksana Moravcová from the 

FMST SUT in Bratislava, faculty of Trnava. 

Topic: Monitoring of machines and processes ability to meet 

specified requirements. 

The category of diploma thesis was awarded to Ing. Marián 

Botka from the FMST SUT in Bratislava faculty of Trnava. 

Topic: Development of self-evaluation reports of the social 

responsibility from organizations and their evaluation in FIRES, 

sro (plc) ‘Batizovce'. 

The inter-university ŠVOK (Student's Professional Scientific 

Conference), organized by the FMK (Faculty of Mass Media 

Communication) UCM (University of Saints Cyril and Methodius) 

in Trnava, with the topic: IMS AS A PART OF THE IMPLEMENTATION 

OF THE CSR STRATEGY IN INDUSTRIAL COMPANIES OF SLOVAKIA. 

Our students Bc. Matej Mikulas and Bc. Natalia Horňáková 

gained 2 nd place. 

6. Awards of Young scientists 

On Friday the 11 th of December 2009 at the Christmas concert 

of the University ensemble called ‘Technician', the Rector of the 

university Prof. Ing. Vladimir Báleš, DrSc., awarded the 

competition winners, SUT Scientist of the year. The "SUT 

Scientist of 2009" in the category of "young scientists" was won 

by Mgr. Andrej Dobrotka, PhD., (who is a researchpedagogic 

employee of the FMST SUT), for his contribution to 

the discovery of new stars. 

7. Awards of Employees of FMST SUT 

2 April 2009. Professor Karol Balog obtained the Golden 

safety cross 2008 award 

On Thursday, 2 nd April 2009 the 3 rd season of the prestigious 

competition of the safety magazine Rescue report “Golden 

safety cross 2008” took place in PKO Bratislava. Prof. Ing. Karol 

Balog, CSc., employee of FMST, obtained the Golden safety 

cross 2008 award in the area of rescue. 

On the 24 th of April 2009, a solemn session of the Scientific 

Council of the Faculty of the West Bohemia University in Plzen 

marked the occasion of the 60th anniversary of the Faculty. The 

dean of the Faculty, Associate Professor Ing. Jiri Stanek, CSc., 

awarded the following staff of the MTF STU: RNDr. Maria 

Behúlová, CSc. and Prof. Dr. Ing. Oliver Moravčík 

On 11.5.2009, in the congress hall of Doprastav in Bratislava, a 

scientific meeting of the Association of Slovak Science by the 

name of "FORUM ZSVTS 2009" took place and was attended by 

approximately 80 participants. These represented various 

unions, including guests from the Czech partner organization. 

The theme of the meeting was to assess what is new in the area 

of global trends, what they contribute to individual companies 

and how close they are to fulfilling the vision of Slovakia by 

2030. 

FORUM was awarding Union Awards to staff of MTF STU 

Faculty. The Gold Medal ZSVTS was received by Prof. Ing. 

Pavel Blaškovitš, DrSc. for assessing situations in the field of 

welding, tribogy and tribotechnic. A silver medal was received 

by Ing. Stefan Svetsky for assessing the area of surface 

treatments and anti-rust protection. The honorary award for 

recognition ZSVTS was given to one of our younger workers, 

Ing. Erika Hodúlova, PhD., for her activity in the ranking of 

professional events. 

During the Week of Science and Technology in Slovakia, major 

scientific personalities and scientific teams were awarded. 

Awards of the vice Prime Minister, Minister of Education (in the 

Slovak Republic) for Science and Technology 2009, were given 

by the Minister Ján Mikolaj on Wednesday the 4 th of November 

2009 to distinguished personalities of scientific life in Slovakia. 

Awards were given for work, particularly for results and further 

merits in science and technology. Awards were held in four 

categories: personality of science and technology, scientific and 

technical team of the year, lifelong merits in the field of science 

and technology, personality of science and technology up to the 

age of thirty-five years. This year was for the category of 

Personality of Science and Technology an award given to the 

valued employee of UMAT FMST SUT Prof. RNDr. Miroslav 

Urban, DrSc. for outstanding achievement in the development 

and application of quantum chemistry methods and excellent 

representation of the Slovak Republic's science to the world. 

Prizes have been handed over to the Grand Gala programme on 

the 4 th of November 2009. 

The Office of Standards, Metrology and Testing of the Slovak 

Republic declared the 7 th Season of the Top Managers in 2009. 

The contest is organized under the auspices of the National 

Program of Quality from the Slovak Republic. 

The mission of the competition is to strengthen the tradition of 

evaluation and appraisal of major leaders within quality 

management in the Slovak Republic. It enables the public to 

become familiar with personalities from the field of quality 

management and the results of their work in order to highlight 

their role in the development of our economy. The Dean of the 

Faculty nominated Associate Professor Ing. Iveta Paulova for 

the "Top Manager 2009" award; she passed the demanding 

criteria of the competition and became the winner of Category 

(B) Top quality manager of the year - government sector. 

The Rector of the Slovak Technical University in Bratislava gives 

awards annually, since 2001, on the basis of proposals from the 

deans of the faculties for the best professors. On the 

proposal of the Dean of the FMST SUT, Professor Moravcik, this 

year belonged to the awarded professors who were from the 

Slovak Technical University and also included Professor 

Ing.Jozef Janovec, DrSc., who is working at the Institute of 

Materials Science, Faculty of Materials Science and Technology 

SUT. During Professor Janovec's professional career he 

took three long-term stays at major workplaces: Max-Planck- 

Institut für Eisenforschung, Düsseldorf (Germany), Osaka 

University (Japan) and the Institute of Metals and Technologies, 

Ljubljana (Slovenia). The nature of Professor Janovec's research 

is to study the processes of diffusion characteristics in metallic 

systems. He has also focused on the modelling of phase 

balancing using thermodynamic database programs, as well as 

the structural study of complex metallic materials based on 

aluminium. In addition, Professor Janovec was awarded together 

with seven professors working at the SUT. All awarded professors 

are devoted to teaching and scientific work of many years and 

many graduates still remember them. 

Awards from the Czech Agriculture University in Prague 

By the proposal of prof. Ing. Milan Slavík, CSc., the Director of 

the Institute of Training and the advice of CZU in Prague, and 

after the approval by the Scientific Council on behalf of CUA, 

Rector prof. Ing. Jan Hron, DrSc., Dr.hc awarded Roman

Hrmo, Assoc. Prof., PhD. the memorial medal of the Czech 

Agricultural University in Prague for "200 years of higher 

learning" and for the long-term cooperation and development in 

the field of scientific research and teaching activities regarding 

the development and training of teacher - engineers. 

SCHEDULE OF FACULTY OF MATERIALS SCIENCE AND 

TECHNOLOGY SLOVAK UNIVERSITY OF TECHNOLOGY 

(MTF STU) ACTIVITIES IN 2009 

JANUARY 

14 January 2009 

New-year´s meeting of the MTF staff and friends 

15.1.2009 

On January the 1 st , 2009 the faculty management and management 

of the Institute of Materials MTF met Dr. h.c. Dr. Peter Joehnk 

(director of FZD Dresden Rossendorf), Prof. Dr. Andreas Kolisch 

(director of the Ion Centre), Andrea Runow (the head of 

Administration Department of FZD), Dr. Herold (company feasor 

BBF Freiberg), architect Knirch and company feasor ART of SPACE 

Bratislava, Roman Hájek. The construction documents of the 

SLOVAKION (Ion and plasm centre in Trnava) project were 

demonstrated during the meeting. 

23 January 2009 

Opening day at FMST SUT in Trnava 

FEBRUARY 

3 February 2009 

Inquiry – Enquiry of the education quality 


High value of Materials Science and Technology STU marking the 

60th anniversary of the establishment of the Welding Research 

Institute – industrial institute of the Slovak Republic 

19-24 February 

Graduation ceremony of successful external engineering graduates. 


„Beánia“ – Ballroom dancing event 


The FMST SUT has created access to a wireless network Eduroam 


Expert Seminar of Coating at UMAT MTF STU 

MARCH 

2 March 2009 

On 02.03.2009 the Scientific Council of the Slovak University of 

Technology decided during proceedings to award the title doctor 

honoris causa to Mr. Dipl.-Finance Industry Rolf Pfrengl, economic 

manager and member of the board of directors IFW Dresden, to 

approve the title of Visiting professor Mr. Prof.h.c., Dr.h.c. dr. Peter 

Joehnk, economic manager and member of the board of directors 

FZD Dresen-Rossendorf, and to approve the title of Visiting professor 

Mr. Ing. Ľudovít Kupčo, CSc., employee of VÚJE a.s. Trnava 

14-15 March 2009 

The 35 th season of the International swimming race “Grand prix 

Trnava” took place at MTF 

16 March 2009 

Annual council of MTF pedagogues 

16 March 2009 

Academic Senate members meeting with Academic community 

23 March 2009 

MTF STU delegation in negotiations with Fraunhofer IPA - The 

Institute of Production Technology and Automation of the 

Fraunhofer IPA company invited faculty representatives to negotiate 

in Stuttgart/Germany. On 23.03.2009 the dean of the faculty, prof. 

Moravčík, vice-dean of research prof. Grgač, and director of the 

Institute of Materials prof. Janovec negotiated with top managers 

of Fraunhofer IPA Dr. Hoercher, Dr. Med. Schneider, and Ing. 

Miklošovic about the possibilities for preparation and solution of 

projects from European and German grant agencies. 

26 March 2009 

The MTF checks theses for plagiarism 

APRIL 

1 April 2009 

Electronic acceptance of holiday – the new system of attendance 

with electronic system of holiday approval was started. 

1 April 2009 

International seminar on Smart Cards 

3 April 2009 

Meeting of FMST staff for the occasion of Teacher’s day 

7 April 2009 

The 13 th seminar of ESAB dedicated to postweld and welding properties 

16 April 2009 

The 3 rd year-class of the Student Scientific Conference 

17 April 2009 

Collegium on the occasion of Aurel’s Stodola 150 th Birthday 

anniversary in Liptovský Mikuláš 

23 April 2009 

Dies iovis occursus – Thursday afternoon session with guest doc. 

Staněk about technological changes and economic crisis 

MAY 

6 May 2009 

Open Laboratory UIAM 

6-7 May 2009 

Elections to the Employment Council 

14 May 2009 

Dies iovis occursus – Thursday afternoon session with guest Mr. 

Alojz Masaryk, topic: Wine’s effect on human health 

17-19 May 2009 

International Doctoral Seminar 2009 in Smolenice Castle 

22 May 2009 

Meeting with former employees of the faculty 

27 May 2009 

Dr. h.c. Rolf Pfrengle, Director of IFW Dresden, was awarded an 

honorary title 

28 May 2009 

Floorball tournament of the universities 

JUNE 

12 June 2009 

Preparatory discussions for the IGIP Conference – SEFI - On 

12.06.2009 at the centre of SEFI in Brussels, negotiations of the 

main representatives of two important organisations for engineering 

pedagogy IGIP (International Society for Engineering Education) 

and SEFI (European Society for Engineering Education) took place, 

with representatives of the Faculty of Materials Science and 

Technology STU. 

15

16 

19 June 2009 

Teacher’s cup 2009 

JULY 

9 July 2009 

Exhibition about the life and work of Aurel Stodola at the MTF STU 

AUGUST 

11 August 2009 

Embassy Advisor from the Japanese nation visits our Slovakian 

faculty – Mr. Dr. Hiroshi Fukuda, advisor of the Japanese 

ambassador to the Slovak Republic visited with the representative 

of Slovak business and industrial chamber in Trnava, Mr. Ing. Juraj 

Čajka. 


Registration for 1st-year bachelor studies at the MTF STU 


Registration for 1st-year of the PhD degree 


Registration for 1st-year of the engineering degree 

SEPTEMBER 

8 September 2009 

Summer University for secondary school students 

14-18 September 2009 

The MTF participated in the 51 st International Engineering Fair in 

Brno 

18 September 2009 

MTF STU Staff Sports day completion 

OCTOBER 

2 October 2009 

Coordinator of „Euratom Slovakia“, prof. RNDr. Matejčík Štefan, 

DrSc. was invited to MTF STU 

6-8 October 2009 

MTF participated in an educational fair at Vapac Academy 


The 35 th season of the Carpathian marathon and the 17 th season of 

the Academic championship in Slovakia 


Dies iovis occursus – Meeting with writer Mr. Ladislav Ťažký 


Welcome of an MTF STU delegation by the rector of the University 

of Miskolc 

16-17 October 2009 

MTF STU delegation visited the celebration of the 45 th anniversary 

of the establishment of Mechanical Engineering and Automation at 

Kecskeméth University 

20-23 October 2009 

MTF took part in an educational fair Gaudeamus 2009 in Brno 


Matriculation of 1 st year students in Brezno 

22-23 October 2009 

The 17 th year of the International Scientific Conferece CO-MAT- 

TECH 2009 


Matriculation Ceremony of 1 st year students in Komárno 


Matriculation Ceremony of 1 st year students in Dubnica nad Váhom 

NOVEMBER 

4-5 November 2009 

Matriculation Ceremony of 1 st year students (2009/2010) in Trnava 

5-8 November 2009 

Exhibition of the Centres of Excellence, which took place as the 

part of the “Week of Science and Technology in Slovakia” in 

Bratislava (at Incheba) 

18 November 2009 

Students’ meeting with the management of the MTF STU 

19 November 2009 

Dies iovis occursus – meeting with prof. Ing. arch. Janka Krivošová, 

PhD. 

DECEMBER 

1 December 2009 

Seminar on “Streamlining the production of forging tools” 

3-4 December 2009 

The Faculty of Material Science and Technology in Trnava, 

Internationale Gesselschaft fuer Inginieurpaedagogik – IGIP, under 

the auspices the Slovak Republic’s Ministry of Education organized 

the International Scientific Conference SCHOLA 2009 

17 December 2009 

Recognition Ceremony of prof. Ing. Ivan Hrivňák’s, Dr.Sc. book – 

Postweld and Welding Property of Materials 

FOREIGN VISITORS TO THE FACULTY 

Philip Keersebilck MSc. - Belgium, KaHo Sint Lieven 

Hasan Gocmez - Turkey, Dumlupinar University 

Xu Yanhiu, prof. - China, Baotou Research 

Institute of Rare Earth 

prof. Jiang Liping - China, Baotou Research 


Wang Yan - China, Baotou Research 


Sun Xiaohna, prof. - China, Baotou Research 


MSc. Peter Boesman - Belgium, Institute of Research 

Alexander Kokh, prof., DrSc. - Russia, Institute of Ecology & 

Minerals, Russian Academy 

of Sciences 

Rolf Pfrengle, Dr.h.c. - Germany, IFW Dresden 

Christian Malus - Austria, Fachhochschule des 

bfi Wien 

MSc. Ondrej Bilek, PhD. - Czech Republic, University of 

Tomáš Bata in Zlín 

Radek Havlik, MSc., PhD. - Czech Republic, TU Liberec 

Dragan Zivanic, MSc., doc., PhD. - Serbia, TU Novi Sad 

Miograd Stevic, doc., PhD. - Serbia, TU Novi Sad 

Snezana Stevic, prof. - Bosnia and Herzegovina, 

TU Priština

Gyula Varga, doc., Dr. - Hungary, TU Miskolc 

Alexandru Carean, assoc. prof. - Romania, TU Cluj - Napoca 

Tadeusz Nieszporek, prof. Eng. - Poland, TU Czestochowa 

Radu Cotetiu, prof. - Romania, TU Baia Mare 

Nicolae Ungureanu, prof. - Romania, TU Baia Mare 

Bela Iles, prof. - Hungary, TU Miskolc 

Tamas Mankovits, MSc. - Hungary, TU Debrecén 

Carmen Alic, assoc. prof. - Romania, TU Hunedoara 

Imre Kiss, assoc. prof., Dr. - Romania, TU Hunedoara 

Sorin Aurel Ratiu, MSc. - Romania, TU Hunedoara 

Vasile Alexa, MSc. - Romania, TU Hunedoara 

Dorota Nagolska, Ing. PhD. - Poland, TU Poznaň 

Miloslav Georgijevic, Ing. - Serbia, TU Novi Sad 

Galina Nikolcheva, assoc. prof., PhD. - Bulgaria, TU Sofia 

Sobrino Daynier Rolando Delgato - Cuba, Central University 

Santa Clara 

prof. Tonci Mikac, DrSc. - Croatia, TU Rijeka 

Eneco Zumalde, Eng. - Spain, Inpromat, S. Coop 

MTF STU FOREIGN PARTNERS 

AUSTRIA 

Graz: Berufspädagogische Akademie des Bundes in Graz 

Vienna: Technische Universität Wien 

BELGIUM 

Lieven: KaHo Sint-Lieven 

CROATIA 

Zagreb: Faculty of Organisation and Informatics of Zagreb 

University 

CZECH REPUBLIC 

Prague: Czech Technical University in Prague, 

Institute of Radiotechnology and Electronics, 

Academy of Science, Czech Republic 

Olomouc: Palacky University in Olomouc 

Ostrava: Technical University of Ostrava, 

Faculty of Mechanical Engineering 

FRANCE 

Deuil La Barre: Abanico Sarl 

GERMANY 

Berlin: ISCO AG 

Cottbus: Brandenburg University of Technology 

Dresden: Forschungszentrum Dresden/Rossendorf IFW, 

Technische Universität Dresden 

Koethen: Fachhochschule Anhalt, Wirtschaft 

und Gestaltung, Bernburg, Dessau, Hochschule 

Anhalt, Anhalt University of Applied Sciences 

HUNGARY 

Budapest: Budapest Muszaki 

és Gazdaságtudományi Egyetem 

Miskolc: University of Miskolc, Miskolci Egyetem 

CHINA 

Baotou: Baotou Research Institute of Rare Earths (BRIRE) 

KOREA 

Pohang: Pohang University of Technology 

POLAND 

Gliwice: Silesian Polytechnics, University of Technology 

Kielce: Kielce University of Technology 

ROMANIA 

Bucharest: National Institute of Rand for Materials Physics, 

Bucharest-Magurele, Faculty of Physics, 

University of Bucharest 

RUSSIA 

Saint Petersburg: Sankt-Peterburskij State 

Electrotechnical University 

Izhevsk: Saraspulk Polytechnical Institute 

Moscow: Moscow Electrical Engineering Institute, 

Department Of Engineering Management 

Ufa: Faculty of Applied Informatics and 

Robotechnology, UGAT Faculty Economics, 

Management and Finance, UGAT 

SLOVENIA 

Ljubljana: Faculty of Mechanical Engineering, 

University of Ljubljana 

SPAIN 

Valencia: Polytechnical University of Valencia 

UNITED KINGDOM 

Coventry: Coventry University 

17

INSTITUTE 

OF MATERIALS 

SCIENCE

20 

INSTITUTE 

OF MATERIALS 

SCIENCE 

Director Jozef Janovec, Professor, DrSc. 

e-mail: jozef.janovec@stuba.sk 

tel.: ++421918646072 

Address Bottova 25, 917 24 Trnava, Slovak Republic 

tel.: ++421918646038 

tel.: ++421/33/5521007 

fax: ++421/33/5521002 

http://www.mtf.stuba.sk/generate_page.php?page_id=2834 

Institute Departments 

• Department of Materials Engineering 

• Department of Physics 

Staff 

• Professors: 7 

• Assoc. Professor: 14 

• Senior Lecturers: 16 

• Research Fellows: 9 

• PhD Students: 23 

Study programmes 

• Engineering Materials 

• Non-metallic Materials 

• Surface Engineering 

Research targets 

• vacuum metallurgy, metal refining and solidification 

• powder metallurgy, properties of rapidly solidified particles 

• tool steels, creep and/or corrosion resistant steels 

• weldability and surface treatment (boridation) of steels 

• complex metallic alloys and amorphous materials 

• nickel and titanium based alloys 

• biocompatible materials 

• physical properties of ceramics, non-metallic composites, 

plastics, rubbers, fluoride, oxide and chalcogenide special 

glasses, as well as fluoride and oxide superionics 

• segregation phenomena and grain boundary engineering 

• modelling and simulation of solid structures 

• lead free solders

RESEARCH CHARACTERISTICS 

The Institute of Materials Science was established on the 1st of 

January, 2007 joining former departments into a larger unit 

achieving an improvement of scientific and research activities as 

well as of international cooperation. 

The Institute is responsible for materials and physics oriented 

courses at MTF. For the bachelor degree, the Institute guarantees 

the study program Materials Engineering; for the engineering and 

doctoral degrees it guarantees the study programs Materials 

Engineering, Processing and Application of Non-metals as well as 

Surface Engineering of Advanced Materials. 

The research and expertise activities of the Institute are aimed at 

crystallization of metals and alloys, tool material and nickel-based 

alloys, powder metallurgy, bio-compatible materials, stainless 

steels, steels for power plants, weldability of steels, magnetic 

materials, thermal treatments and surface modification of materials, 

complex metallic alloys, grain boundary engineering as well as 

ceramic and polymer materials. 

At present, the Institute possesses seven laboratories equipped 

with a number of modern experimental techniques (for example: 

high resolution transmission electron microscopy Philips CM300, 

X-ray diffractometer Philips PW 1710, differential scanning 

calorimeter Perkin Elmer). In areas of research and education, the 

Institute has established intensive cooperation with local and 

foreign institutes. It became a part of a network of foreign 

academic and commercial institutes which gives an opportunity for 

extensive exchange of students and academic staff members of the 

Institute, contributing to dynamic and sustainable professional 

growth. The most prestigious academic institutes which could be 

mentioned are the Leibnitz Institute of Solid State and Materials 

Research Dresden (Germany), the Institute Jožef Stefan, Ljubljana 

(Slovenia), Vienna University of Technology (Austria), the Research 

Center Dresden-Rossendorf (Germany), the Institute of Physics of 

Materials, the Academy of Sciences of the Czech Republic, Brno 

(Czech Republic), the Faculty of Mechanical Engineering, University 

of Ljubljana (Slovenia), University of Rennes (France), Faculty 

of Physics, University of Bucharest (Romania) and other Slovak 

universities and institutes of the Slovak Academy of Sciences. From 

the list of industrial partners the most recognized are Bekaert SA 

(Belgium), Böhler - Edelstahl and Branson div. Emerson. 

The Institute has a long term tradition of cooperation with regional 

industrial partners such as: INA Skalica, Ltd., Skalica, VUJE corp., 

Jaslovské Bohunice, ZF Sachs Slovakia, corp., Trnava, Zlievareň, 

corp., Trnava, HKS Forge Ltd. Trnava; MANZ, corp. Nové Mesto 

nad Váhom; SONY Slovakia, Nitra; Samsung Electronics Slovakia, 

Galanta, Voderady; Faurecia Trnava; PSA Peugeot Citroen, Trnava; 

Noble International, Ltd. Senica; TRW Steering System Slovakia 

Ltd., Nové Mesto nad Váhom; Hella Lighting Slovakia, Kočovce; 

Kinex-KLF, corp., Kysucké Nové Mesto; PSL, corp. Považská 

Bystrica; EMO, corp. Mochovce; Johns Manville, corp. Trnava; 

Sauer Danfoss, corp., Považská Bystrica; ŽOS corp., Trnava; PFS, 

corp., Brezová pod Bradlom; Kompozitum Topoľčany; Fremach, 

Trnava; Slovalco, corp. Žiar nad Hronom; IMS Kupa, corp. Nováky, 

VIPO Partizánske. 

CENTRE OF EXCELLENCE 

Center for Development and Application of Advanced 

Diagnostic Methods in Processing of Metallic and Nonmetallic 

Materials 

The main focus of the project is the establishment of a centre 

of excellence with emphasis on the development and application 

of advanced diagnostic methods in processing the metal and nonmetal 

material. This is within the framework of item number 2.1 

of the operation program oriented on research and development 

entitled “Increasing the quality of the workplace and support of 

excellent research, with a focus on the strategic areas important 

for next developments of economy and society“. Therefore the 

main aim of the project, which has been approved, is to build 

a research infrastructure in accordance with the Innovation policy 

of the second generation, meaning at the regional level and in 

accordance with priority No1 of the Innovation strategy of the 

Slovak Republic: „Infrastructure with a high quality and an effective 

system for innovation development“. In this way the proposed 

centre of excellence will support realization of the strategy of 

competitiveness in the Slovak Republic into 2010, which is an 

important transfer into innovation policy of the third generation, 

with the task of integrating innovations into all policies. 

We plan to create a modern dynamic centre of excellence. The 

centre will focus on analytical methods for applying the most 

contemporary knowledge on the interaction of electron and laser 

energies with masses of various types. It will also focus on 

advanced detection systems with high sensitivity, modern mechanical 

processes, and observation of electrical and non-electrical 

variables oriented to the evaluation of specific properties, especially 

progressive metal and non-metal materials prepared by the most 

modern technological processes. We expect that the project will 

help to improve the research infrastructure in the Trnava region, 

and provide a direct connection to the rest of Slovakia (the Faculty 

of Materials Science and Technology cooperates with dozens of 

production companies throughout all of Slovakia and with other 

education and research institutes). The project will also connect 

the Faculty to other European and Asian research bodies (we 

cooperate with POSTECH - Pohang University of Science and 

Technology, South Korea, IFW and FZD in Dresden, Germany, 

Bekaert in Zwevegem, Belgium). Finally, the project will improve 

the quality of education and popularise science and technology 

among unspecialized people. 

The content of the project has the aim of supporting a concentration 

of the best faculty employees in a monothematic centre based 

on the application of the most modern experimental processes 

associated with specific material properties, consistent with the 

objectives of the Materials study program and the study field 

21

22 

of Physical Metallurgy. Activities are focused on the attraction of 

secondary school students who will potentially study fields of technical 

materials. The project will also provide access for all interested 

specialists to modern technical equipment in the centre, as well as 

the organisation of seminars and summer schools and expansion of 

materials research and its successful representation in the media. 

The centre will be equipped with the following modern technical 

equipment: 

• A High Resolution Scanning Electron Microscope operating with 

a thermal FEG cathode and equipped with compatible detection 

systems EDS, WDS and EBSD along with particular equipment 

for preparation of samples by ion milling. 

• Laser Confocal Microscope with two independent beams for 

wavelengths 400 and 600 nm. 

• Universal Testing Machine for evaluation of mechanical 

properties of metal and non-metal materials 

• Testing equipment for the observation of dynamic failure 

processes 

• Equipment for measurement of direct and alternating conductivity 

of non-metal materials at high temperatures 

• Spectral analyzer for measurement of direct and alternating 

impedance and modular spectra of non-metal materials and 

composites 

• Rotation Viscosimeter 

• Vulcanization Measurement Equipment 

INTERNATIONAL PROJECTS 

COST MP0602 (COST) (05.08.2008-15.05.2011) 

Prof. Ing. Jozef Janovec, DrSc. 

Preparation and characterisation of lead-free solders 

The project is focused on processing and investigation of properties 

of novel lead-free solders for high-temperature applications. New 

solders developed in the frame of the project will consist of various 

combinations of tin, zinc, cobalt, silver, copper and rare earth 

elements. Thermodynamic and kinetic aspects of soldering will be 

studied. Phase equilibria and formation of intermetallic phases at 

the solder/substrate interface will also be investigated. 

IFW MTF STU (04.07.2008-31.12.2010) 

prof. Ing. Jozef Janovec, DrSc. 

Investigation of fine structures in metallic materials using TEM 

With the intention to improve the investigation of fine metallic 

structures at the Faculty of Materials Science and Technology of 

STU, the IFW provided financial resources for purchase of ancillary 

units for TEM (Delta Abrasiment). 

DAAD 1 (01.01.2009 - 31.12.2010) 


Metal matrix composites reinforced with complex metallic alloys 

No. S-13-2005 (01.09.2005-31.12.2009) 

Ing. Martin Kusý, PhD. 

Visegrad Scholarship-Structure and properties of X40CrMoV5-1 

hot-work steel melted and alloyed by tungsten carbide WC with the 

high power diode laser (HPDL) 

As has been determined on the basis of research it is feasible 

to develop the surface layers on X40CrMoV5-1 hot-work tool steel 

by remelting and alloying with tungsten carbide using a high power 

diode laser (HPDL). The structure of the material solidifying after 

laser remelting is characteristic of the diversified morphology 

connected with repeated changes of the crystals’ growth direction, 

from small dendrites, whose principal axes are oriented in 

accordance with heat removal directions at the boundary between 

the solid and liquid phases, clusters of carbides arranged in 

accordance with swirls caused by the metallic liquid convection 

motion, and partially non-remelted WC conglomerates as alloying 

material in the central zone. The very fast heat removal from the 

remelting zone by the material core with a much larger thermal 

capacity controls the martensitic transformation of the austenite 

originated due to crystallization, and the lathe martensite developed 

in this process, partially twinned, is characteristic of the significant 

refinement of the martensite with the martensite lathes’ length 

several times smaller than ones of the martensite developed during 

the conventional quenching. Laser remelting and alloying with 

tungsten carbide results in the refinement of the structure in the 

entire laser power range and in the remelted zone is about twenty 

times smaller compared to the conventionally heat treated material. 

An increase of the steel surface hardness to 66.5 HRC occurs due 

to refinement of the structure. The research results indicate the 

feasibility and purpose of the practical use of remelting and 

alloying with tungsten carbide using the high power diode laser, 

e.g. for making new tools or for regeneration of used ones from the 

X40CrMoV5-1 hot-work tool steel. 

Bekaert, Zwevegem, Belgium (26.05.2008-25.05.2010) 


Progressive materials, processing and automation 

The subject of the project will be research on advanced materials, 

processing and automation technologies for direct manufacturing 

and application. The aim of the project is to bridge basic and 

applied research in the field of advanced materials with application 

and manufacturing leading to competitiveness and sustainable 

growth of both partners. A valuable and unique aspect of the 

research project is broad involvement of students of master and 

doctoral degree in up-to-date research activities. 

NATIONAL PROJECTS 

APVV-20-043505 (01.01.2006-30.04.2009) 

doc. Ing. Marian Kubliha, PhD. 

Study of disordered structures of non-metalllic materials by chosen 

physical methods. 

The aim of the project is to characterize the internal arrangement 

of chosen non-metal materials (special glasses determined as active 

elements in the infrared area of spectra, caoutchoouc mixtures 

for the automobile rubber preparation) by precise physical 

measurements and to utilize the mentioned information for 

optimizing the composition and technological parameters of the 

mentioned materials. The correlations among the measured values 

and the internal arrangement parameters will be discovered, and 

the obtained results will also be verified by alternative methods. 

00009-07 (01.06.2008-31.12.2010) 

Ing. Juraj Lapin, DrSc. 

Metallurgy and development of novel intermetallic materials for 

extreme loading conditions 

The project is focused on development of an optimal metallurgical 

process of highly reactive and melt-resistant Ti based intermetallic 

alloys, and on research of new original systems suitable for 

extrerme working conditions like high temperature, aggressive 

atmosphere, high mechanical and temperature loading. 

053-001STU-8/2008 (1.12.2008-31.10.2009) 

doc. RNDr. Vladimír Labaš, CSc. 

Gravitationally generated horizontal motive force acting on driven 

mechanism. (expertise) 

An innovative idea for realization of horizontal motion of 

mechanisms by means of gravitational force was proposed by 

an external submitter. Ab initio analysis of dynamics of such 

a mechanism and computer simulation of the mechanism motion 

were carried out in the frame of the project. Expert testing of 

proposed idea was main goal of the project. 

4/2007/08 (01.01.2008-31.12.2010) 

Ing. Svetozár Demian 

Development of metallurgical processing of highly reactive Ti-based 

intermetallic alloys for extreme stress 

The project is aimed at the development of optimum metallurgical 

processing for highly reactive Ti based intermetallic alloys (TiAl, 

TiB2 and others) with a high melting point, and also at the research 

on new systems suitable for extreme conditions characterised by 

high temperature, aggressive environment, high mechanical and 

thermal stress. The required chemical composition and lower price 

of the new generation of polyphase Ti-based intermetallic alloy will 

be achieved using precursors prepared from initial material using 

the original method of an isostatic reaction compaction followed by

emelting in plasma or arc furnace. This approach will ensure 

significant improvement of chemical homogeneity, high flexibility 

in alloying with the required alloying elements, and minimisation 

of impurity content. Thus, the required properties for extreme 

conditions will be obtained. 

7/2009, 36/2009 (02.01.2009-31.12.2009) 

doc. Ing. Ľubomír Čaplovič, PhD. 

Retained austenite measurement 

The dependence of the parameters of heat treatment on the 

content of retained austenite in bearing steel was determined using 

the X-ray powder diffraction method. 

2/2009, 3/2009, 42/2009 (05.01.2009-21.12.2009) 

doc. Ing. Marián Hazlinger, CSc. 

Metallographic analyses and mechanical tests of materials 

Experience oriented on the material degradation during exploitation 

and on the failure of engineering parts. 

12/2009, 13/2009, 59/2009 84/2009 (02.02.2009-14.10.2009) 


Microstructure analysis of bearing steels 

Using the methods of metallographic analysis, this study showed 

the primary cause of cracks in bearing steels. 

22/2009, 62/2009 (13.03.2009-07.07.2009) 

doc. Ing. Marián Hazlinger, CSc 

Microstructure analysis and hardness of casting 

A study of material degradation using scanning electron microscopy 

and fractography, it describes the processing, evaluation and 

summary of results of mechanical tests and material working 

properties, numerical simulation and experimental measurements, 

with the aim of optimizing the studied technological processes and 

gaining other knowledge in the field of degradation processes of 

the materials. 

27/2009, 58/2009 (27.03.2009-26.06.2009) 

doc. Ing. Mária Hudáková, PhD. 

Measurement of hardness HV10 of 3pcs of welded joints 

Measuring the hardness of welded joints according to standards. 

38/2009 (30.04.2009-04.05.2009) 

doc. Ing. Marián Hazlinger, CSc. 

Damage analysis of broken conrod 

Fractographic analysis of experimental specimens after their 

degradation. 

40/2009 (04.05.2009-15.05.2009) 


Analysis of steel samples 

The samples prepared from alloy steels were analysed by TEM, 

electron diffraction, and EDX. The obtained results were used for 

the modification of the material design of steels. 

52/2009 (08.06.2009-12.06.2009) 


Complex metallographic and TEM analyses of delivered samples 

Samples prepared from alloy steels were analysed by TEM, electron 

diffraction, and EDX. The obtained results were used for the 

modification of the material design of steels. 

KEGA 3/5178/07 (01.01.2007- 31.12.2009) 

Prof. RNDr. Slabeycius, Juraj, CSc. 

Multimedial support and conception of subject named "Diagnostic 

methods in material engineering". 

The target of the project is multimedial promotion of the subject 

named "Diagnostic methods in material engineering" redrafted for 

the master‘s education program "Materials engineering" by means 

of multimedial lectures and other teaching aids. The innovated 

laboratory measurements will be included in the subject too. The 

attractivenes of education will be increased by application of 

multimedial technologies, the knowledge of students will be 

enhanced, and the creative approach to study will be stimulated. 

An extended version of subject will be exploited also for graduate 

preparation. 

VEGA 1/4107/07 (01.01.2007- 31.12.2009) 

prof. Ing. Janovec Jozef, DrSc. 

Characterisation of quasicrystals and quasicrystalline approximants 

in Al-Pd-TM alloys (TM=transition metal) 

The characterization of phases in alloys corresponding to Al-Pd-Fe, 

Al-Pd-Rh systems is the main aim of the proposed project. 

Attention will be paid to the description of lamellate structures 

accompanying formation and/or transformations of quasicrystalline 

phases. Stable quasicrystals, quasicrystalline approximants and 

neighbouring crystalline phases will be characterised by transmission 

electron microscopy including electron diffraction, X-ray diffraction, 

thermal analysis and other techniques. The investigated samples 

will be delivered by partners from the Network of Excellence 

Complex metallic alloys of 6th FP of EK and partially produced in 

our own facilities. 

VEGA 1/0126/08 (01.01.2008- 31.12.2010) 

doc.Ing. Mária Dománková, PhD. 

Improvement of microstructural stability and corrosion resistance 

of stainless steels controlled by precipitation of secondary phases. 

The process of the secondary phase precipitation controls the 

mechanical and physical properties of stainless steels. The main 

goal of this project is characterisation of the influence of selected 

factors (chemical composition, annealing conditions, deformation) 

on kinetics and thermodynamics of the secondary phase precipitation 

in stainless steels. 

VEGA 1/0173/08 (01.01.2008- 31.12.2010) 

Ing. Viera Trnovcová, CSc. 

Physical properties of optical crystals and glasses of heavy metal 

halides, chalcogenides and oxides 

To study optical, mechanical, thermophysical and electrical properties 

and phase transition in crystalline, glassy and composite heavy 

metal halides, oxides, oxides and chalcogenides doped with rare 

earth, for applications in optonics, fiber optics, supernonics and 

dosimetry. To determine relations between properties, composition, 

defect structure and preparation technique. 

VEGA 1/0148/08 (01.01.2008- 31.12.2010) 

Ing. Roman Moravčik, PhD. 

Analysis of tool materials prepared by progressive powder 

metallurgy processes 

The project will be primarily oriented to the analysis of distinguished 

parameters of the atomisation process and to distinguished 

characteristics of the microstructure of rapidly solidifed powder 

particles, which were prepared form highalloyed materials of tool 

steels and properties with respect to application possibilities. The 

obtained knowledge will be the base for a correlation model design 

which simulates relations between rapid solidification of materials 

produced by powder metallurgy processes. 

VEGA 1/0840/08 (01.02.2008- 31.12.2010) 

RNDr. Andrej Antušek, PhD. 

Ab initio calculations of NMR properties with electron correlation 

and relativistic effects and vibrational corrections 

This project is focused on precise ab initio calculations of NMR 

properties of molecules. We will explore trends of all important 

contributions such as electron correlation effects, relativistic effects 

and vibrational corrections for NMR properties of selected systems. 

The accuracy which can be reached using "state of the art" 

quantum chemical methods will be evaluated by comparison of 

theoretical results and gas-phase NMR experimental values. 

23

24 

LIST OF SUBJECTS GUARANTEED BY THE INSTITUTE 

Advanced materials and technologies 

Applications of statistical and physical methods in technical experiments 

Applied electrotechnics and electronics 

Bachelor project 

Bachelor thesis 

Composites 

Corrosion and surface treatment 

Creation and simulation of plastics tools 

Crystallography 

Data processing and simulation 

Degradation processes and prediction of lifetime 

Design of plastics products 

Diploma project 

Diploma thesis 

Dissertation project 

Economics of non-metallic materials production 

Electrotechnics and electrical drives 

Electrotechnics and electronics 

Engineering experiment 

Engineering materials 

Experimental exercises from physics 

Experimental methods of materials investigation 

Fractography 

Fundamentals of economics of plastics processing 

Fundamentals of macromolecular chemistry 

Fundamentals of mechanical testing and defectoscopy of materials 

Fundamentals of plastics processing 

Fundamentals of rheology of non-Newtonian liquids 

Heat treatment of materials 

Heat treatment technology 

Chemical heat treatment 

Introduction to technological processes of non-metallic materials 

Machine tools for plastic processing 

Machinery and devices for plastics processing 

Material and structural databases 

Materials science 

Mechanical testing and defectoscopy of materials 

Metallic materials science 

Metallography 

Methodology of the technical experiment 

Methods for analysis of structure and properties of materials 

Methods for structure analysis of materials 

Methods of materials investigation 

Metrology and testing 

Metrology and testing of non-metallic materials 

Modeling of phase equilibria 

Non-metalic materials 

Non-metallic materials processing 

Non-standard processing of plastics 

Novel materials and technologies 

Pedagogical activity 

Physical modeling 

Physical attributes of materials 

Physical chemistry 

Physical measurement methods of non-metalic materials 

Physical metallurgy 

Physical projection and modelling 

Physics for engineers 

Physics 

Practise 

Processing and applications of plastics 

Processing technologies of non-metallic materials 

Production technologies of plastics tools 

Professional translation 

Quantitative metallography 

Research work 

Safety of electrical devices 

Semiconductor materials and technologies 

Structural materials of nuclear power plants 

Structure and properties of polymers 

Sturcture and properties of non-metallic materials 

Technologies of special alloys 

Technology of coating 

Technology of materials production 

Technology of special alloys 

Theory and technology of ceramic materials processing 

Theory and technology of glasses processing 

Theory and technology of plastics processing 

Theory of materials production 

Theory of materials treatment 

Theory of phase transformations 

Tool materials 

Utility properties and materials design 

Vacuum engineering and technology 

Vacuum technique and technology 

GRADUATE THESES 

Bachelor Theses 

Bľanda, M.: 

Examination plasmatic deposition basalt coatings 

Bohus, O.: 

Amount bucking rating of steel dragging STN 411523 

Cehlárik, M.: 

Determination of moment of inertia of the article of uniform shape 

Cehlárik, V.: 

Superconductors - materials with special properties 

Čechvalová, S.: 

Assessment of corrosion processes affecting ageing and service 

life of water biological control 

Ferenczi, C.: 

Design and constructionof tribometer PIN ON DISC 

Filan, M.: 

Diffuse boronizing of Steel K110 to work cold 

Filipeje, J.: 

Observing the process of vulcanization of rubber mixtures 

based on styren-butadien with the help of electric conductivity 

measurements 

Gábor, A.: 

Analysis of brake wheel of Škoda Felícia automobile 

Gajdoš, F.: 

Compalibity of welding join polar polymers by vibration method 

Hajdušeková, M.: 

Analysis of welded joints of the thermomechanical treated steel 

Hlohovský, M.: 

Physical principles and experimental procedures infrared 

spectrometry 

Holub, M.: 

Microstructure analysis of the various kinds of graphite cast-iron 

Horváth, F.: 

Thermal characteristics of lead- free solders containing noble 

earths 

Hrašnová, A.: 

Spin forming technology of filled polyethylene 

Hromada, M.: 

Preparation and structure of ceramic based on ferrites 

Jadrný, R.: 

Cause analysis of the damage of pump’s hub 

Janík, M.: 

Isothermal annealing influence onmicrostructure of steel AISI 316 

Jurov, P.: 

Clasification of non-destructive methods measuring Young’s 

modulus of elasticity 

Kocsisová, E.: 

Determination of value of resistance temperature coeficientof 

Copper 

Kollárová, M.: 

Metalographic analysis of carbonitridated samples of steels 

Koštialik, D.: 

Survey of electromechanical corrosion tests of metallic materials 

Krajčík, F.: 

Polymer matrix composites 

Kurucz, A.: 

Microscopic analysis compacts of high speed steel S290 Microclean

Kusalová, M.: 

Advantages and disadvantages of different methods 

of preparation special optical glasses 

Machovič, P.: 

The selection of proper non-destructive methods for base 

material and welds of steam generator NPP VVER 440 inspection 

Maráková, D.: 

Basic characteristics of rapid solidified power bases on nickel 

Maruškinová, Z.: 

Macroscopic and microscopic analysis welded joints 

on steel S355JOC 

Masarovičová, H.: 

Evaluation of deformation level in the process of STN 411353 

Maška, M.: 

Effect of filler content on the vulcanization rubber compounds 

Mrvová, A.: 

Magnetic hard materialson the base metal of noble earths 

Mrvová, K.: 

Function of fillers in polar and non-polar polymer 

Nagy, L.: 

Creating texture in the bulk of technological ceramic bodies 

Nagy, P.: 

Analysis of used rifflers for metal use 

Nemcová, N.: 

Methods used on determination glass temperature transition 

special optical glasses 

Pienčák, M.: 

Dielectric properties of basalt ceramic 

Rauová, J.: 

Firing of ceramic mixtures 

Rozbora, P.: 

Technology of producing materials in isostatic press 

Rozsnyó, V.: 

Determination of basic physical - technological properties 

of selected solders 

Rumanský, M.: 

Production and attributes of hard profiled open PVC fillings 

Seliga, E.: 

Technology of plastics extrusion 

Siman, R.: 

Analysis fillet welded joins of the steel S355JOC 

Szakál, T.: 

Effect of filter content on the cure kinetics of rubber mixtures by 

means of measurements of electrical and dielectrical parameters 

Šalgó, K.: 

Some progressive methods of technological and heat treatment 

of titanium alloys 

Šemnický, R.: 

Thermic facilities of technical gas 

Šimalčík, Ľ.: 

Analysis of the properties of brass tubes used in condensers 

and nuclear power plants 

Šimonovič, A.: 

Microscopic analysis rapidly solidified particles 

of high speed steel S290 Microclean 

Šimonovič, I.: 

Examination optical characteristic of chalcogenid glasses 

Štibrány, M.: 

Overview of chemical corrosion tests for metallic materials 

Šulan, M.: 

Application of plasma welding by repairing cutting blade 

of stamping die 

Švec, E.: 

Determination of the cooling time of thin-walled pipes from 

the steels with the effect of transformation induced plasticity 

Tóth, M.: 

Properties and applications of geopolymers based on alumino 

- silicates 

Masters Theses 

Béger, M.: 

Analysis of the parameters of the bearing steel heat treatment 

on the x-ray diffraction 

Bernadičová, Z.: 

Analysis of breaking reasons of spring plates discharging cheeks 

Bognerová, J.: 

Monitoring and modeling of the electrical conductivity 

of rubber mixtures in the process of cure 

Boor, S.: 

Analysis of a damaged cutting tool 

Budinský, M.: 

JE-Influence of long - term operation on changes of steel 

properties of primary circle of nuclear power stations 

Bútora, P.: 

Technology of rotational moulding of particle composite 

in polyetylene 

Cibuľa, M.: 

Diffusion boronizing hot work tool steel 1.2343 

Červená, M.: 

Analysis of temperature fields by the high-frequency 

electric heating 

Čiernik, J.: 

Characteristics of the thermal injected coatings from basalt 

Dermek, P.: 

Materials Solution and Injection Mould Design 

Drgoň, M.: 

Analysis of surface hardening parts 

Drienovský, M.: 

Thermodynamics modeling phase equilibria in SAC lead-free solders 

Dubravický, P.: 

Modelling of phase equilibrium in alloys assigned for lead 

free solders 

Ďurčovič, K.: 

Influence of the construction of opened fillers from PVC profiles 

on their properties 

Eliášová, I.: 

Metallography of welded joints 

Florian, M.: 

Development of Oxide Layer on Hot-dip Zinc, Zinc-Aluminum 

and Zinc-Aluminum-Magnesium Coated Wire and its Effect 

on Properties 

Frkáňová, K.: 

Precipitation behaviour of 18Cr-18M1-2Mo-1N steel 

Grgač, D.: 

Analysis of the quality of hight strength railroad welded joint 

Halgaš, R.: 

Study and evaluation of boronizing tungsten-carbide dies 

Harnúšková, J.: 

Effect of production technology and heat treatment 

on mechanical properties of aluminium foams 

Haršány, T.: 

Influence of screw configuration on properties of PA 

and PP based composites 

Holub, A.: 

The comparison of sensitivity of selected methods NDT LT 

and their suitability in praxis 

Horváth, D.: 

The effect of the machined material on the tool's life 

of the exchangeable cutting tips 

Hoško, J.: 

Non-electrolytically applied zinc flake coatings 

Jakabovič, M.: 

The X-ray diffraction analysis ofthe heat treated 

tool steel X230CrVMo13 4 

Jakubík, M.: 

Thermal stability of special glasses 

Javorský, M.: 

Aspects of realising a Zinc-Tin rotatable sputter target 

25

26 

Jozefovič, P.: 

Influence of Heat Processing on the Leftover Tautness 

in Bearing Steel 

Kalvasterová, J.: 

Diffusion boronizing tool steel W300 for hot work 

Kocúrová, K.: 

Crack reason analysis of cover plate of clutch disk 

Kolář, M.: 

Analysis causes of damage piston in combusion engine 

Kolenčíková, M.: 

Cause analysis of the domage cogwheel 

Kresan, P.: 

Monitoring of the influence of rubber compounds based 

on styrene-butadiene on the process of vulcanization using elec 

Lipka, R.: 

Characterization of phases in complex metallic alloys 

Al73-Mn(27-x)-Fex (x=2,4 and 6) 

Lipovský, I.: 

Essay on adhesion of PA and PP based composites 

Maďar, P.: 

Structure and properties of zink layers on selected kind of steel 

Majkútová, E.: 

Influence of technological production steps on magnetic 

properties of nanocrystalline cores made of VITROPERM 

Maračeková, M.: 

Evaluation of the coloring polyethylene prepared by technology 

rotation molding 

Marcian, M.: 

Quality control of welded storage tank for fuel 

Merica, A.: 

Microstructure analyse welded joints of not alloyed steels 

Miškovičová, M.: 

Analysis of microstructure and surface fracture of heat-treated 

steel samples 

Mišovič, B.: 

Analysis of damage and wear of shear tools 

Mitický, P.: 

Valuation of properties electrographite for electroerosion 

machining 

Nagy, Š.: 

Study of microstructure and substructure of titanium 

alloy type Ti6A14V 

Nešťáková, M.: 

Inspection endoskopy systems in operation diagnostics 

technical equipments 

Ondrejka, T.: 

Microstructure analysis of shells for hand shoot gun 

Pargáč, M.: 

Analysess of defectives tools for press of metal 

Pašák, M.: 

Thermodynamic modelling of interdiffusion in Fe-Ni 

and Fe-Co bonds 

Pavlovičová, M.: 

X-ray diffractional analysis of heat-treated tool steel 

Pekara, P.: 

Diffusion boronising steel K390 Microclean 

Petrovičová, K.: 

Microstrucure analysis of rapidly solidified powders kind of NiCrSiB6 

Pišelyová, J.: 

The influence of hot isostatic parameters to the microstructure 

of K390 Microclean tool steel 

Polovka, M.: 

Evaluation of structure and properties of the constructional 

sections pressed from composite aluminium powders with additio 

Pribila, P.: 

Development of structure of particulate matter in roller compacting 

Psota, J.: 

Electric and dielectric properties of chosen chalcogenide glasses 

Roščák, L.: 

Aspects of interface layers for the realising of rotatable 

sputter targets 

Sloboda, R.: 

Analysis of damage surface electric contacts 

Staneková, H.: 

Phase analysis of nickel based hard-surfacing alloy 

Strašík, M.: 

Degrading of structural-mechanical properties of nodular cast 

iron type EN-GJS-700 by the temperature exposure 

Surkoš, S.: 

Influence of drawing technological parameters 

on microstructure of steel 

Šarmír, M.: 

Analysis of causes of premature destruction of valves in ship diesel 

Štefániková, M.: 

Precipitation behaviour of 17Cr-10Mn-3Mo-0.5N steel 

Šurka, Z.: 

Analysis of homogeneity and purity of the liquid alloy 

AlSi7Mg0,3 in the carrying furnace 

Tarics, I.: 

Analysis of tool steel S290 Microclean 

Tóth, M.: 

Blowing multilayer films of polyethylene 

Tóthová, A.: 

The influence of compound forming on rotational moulding 

of the filled polyethylene 

Vizváry, J.: 

The influence of heat treatment technological parameters 

on a microstructure of the bearing steel 85Mn3 

Vrábová, Z.: 

Microstructural analysis of metallurgy blanks high speed steel 

Zmeková, L.: 

Aspects of realising a Zinc-Aluminium rotatable sputter target 

Žembová, D.: 

Evaluation of residual life of welded construction accordance 

to diagnostics methods 

Dissertations 

Furár, I.: 

Processing, microstructure and physical properties 

of speciall optical glasses 

Beronská, N.: 

Metal matrix composites reinforced with high modulus 

carbon fibres characterized by high thermal conductivity 

Dvorák, T.: 

Composite materials with metal matrix exhibiting 

higher thermal stability 

Gabalcová, Z.: 

Effect of solidification parameters on microstructure 

of titanium based intermetallic alloy 

VISITS OF STAFF MEMBERS TO FOREIGN INSTITUTIONS 

Ing. Roman Čička, PhD. 

• Czech Republic, VUT Brno 

• Czech Republic, TU Praha 

• Slovenia, TU Ljubljana 

• Czech Republic, Institute of Materials Physics, Brno 


• France, fy JEOL EUROPE SAS 

• Czech Republic, ZČU Plzeň 

• Czech Republic, University of defense Brno 

• Czech Republic, BVV Brno 

• Czech Republic, Rožnov pod Radhošťěm 

doc. Ing. Mária Dománková, PhD. 

• France, fy JEOL EUROPE SAS 

• Austria, TU Wien

doc. Ing. Marián Kubliha, PhD. 

• Czech Republic, AV ČR 

doc. RNDr. Vladimír Labaš, PhD. 


• Poland, TU Wroclaw 

• France, Laboratory of Materials 

prof. RNDr. Ján Kalužný, PhD. 


• France, ECO-NET 


• Germany, FZD Rossendorf 

• Austria, TU Viedeň 

• Germany, Bochum 


• Poland, Koszalin University of Technology 

• Germany, IFW Dresden 

• Czech Republic , UFM AV ČR 

prof. Ing. Peter Grgač, CSc. 

• Germany, FZD Rossendorf 

• Czech Republic. Konf. centrum Sázava 


• Germany , SEFI Bonn 

• Australia, University 

RNDr. Andrej Antušek, PhD. 

• Poland, ICHO Warsaw 

• Poland, TU Katowice 

• Poland, UMK Torun 

doc. Ing. Martin Kusý, PhD. 

• Belgium, Bekaert, Zwevegem 

• Slovenia , TU Ljubljana 


• Slovenia, University of Ljubljana 

RNDr. Pavol Priputen, PhD. 


• Czech Republic , UFM AV ČR 


• Czech Republic, University of defense Brno 


Mgr. Magda Péteryová 


Mgr. Andrej Dobrotka, PhD. 

• Spain, ASAC Madrid 

• Italy, INAF Catania 

Ing. Radovan Holubek 

• Czech Republic, VŠB TU Ostrava 

prof. RNDr. Miroslav Urban, DrSc. 

• Poland , PWI 2009 meeting EURATOM 

Mgr. Filip Holka, PhD. 

• Hungary, University of Budapest 

doc. Ing. Stanislav Minárik, PhD. 

• Poland, TU Wroclawa 

FOREIGN VISITORS TO THE INSTITUTE 

Hasan Gocmez 

• Turkey, Dumlupinar University 

prof. Xu Yanhiu 

• China, Baotou Research Institute of Rare Earth 

prof. Jiang Liping 

• China, Baotou, Research Institute of Rare Earth. 

Wang Yan 


prof. Sun Xiaohna 


MSc. Peter Boesman 

• Belgium, Institute of Research 

Alexander Kokh, prof. , DrSc. 

• Russia, Institute of Ecology & Minerals, 

Russian Academy of Sciences 

Dr. h.c. Dr. Peter Joehnk (2x) 

• Germany, FZD Dresden Rossendorf 

Prof. Dr. Andreas Kolisch 

• Germany 

Mrs. Andrea Runow 

• Germany FZD Dresden 

Dr. Herold 

• Germany BBF Freiberg 

Mrs. Knirch 

• Germany 

Dr.-Ing. Christoph Schiffers 

• Germany CemeCon Wurselen 

MEMBERSHIP IN SLOVAK PROFESSIONAL ORGANISATIONS 

Union of Slovak Mathematicians and Physicists 


Mgr. Ondrej Bošák 

Slovak Physical Society 



Mgr. Ondrej Bošák 

Mgr. Viera Kaššáková, PhD. 

Mgr. Andrej Dobrotka 

prof. RNDr. Milan Ožvold, CSc. 

doc. Ing. Róbert Riedlmajer, PhD. 


RNDr. Igor Jančuška, PhD. 

Mgr. Jozef Krajčovič, PhD. 

doc.RNDr. Vladimír Labaš, PhD 

prof.RNDr. Ján Kalužný, CSc. 

doc.Ing. Stanislav Minárik, PhD. 

RNDr. Priputen Pavol, PhD. 

Slovak Academy of Science / Metal Science Society 


doc. Ing. Maroš Martinkovič, PhD. 


Ing. Lýdia Trnková, PhD. 


Ing. Viktória Sedlická 

doc. Ing. Martin Kusý, PhD. 

Information Society of Education 

Mgr. Jozef Krajčovič, PhD. 

Slovak Association of Physicists 

Mgr. Viera Kaššáková, PhD. 

Special Interest Group of Chemistry and Physics of Solids 



Slovak Astronomical Society 


27

28 

MEMBERSHIP IN INTERNATIONAL PROFESSIONAL 

ORGANISATIONS 

Minerals, Metals and Materials Society 


IUCr International Union of Crystallography 




European Physical Society 

doc. Ing. Róbert Riedlmajer, PhD. 


Mgr. Ondrej Bošák, PhD. 



International Society for Solid State Ionics 


Czech and Slovak Crystallographic Association 


doc. Ing. Ľubomír Čaplovič, CSc. 


Regional Commitee of the IUCr 


CVC Working Group Integral 


North-Atlantic Consortium on Non-Oxide Glasses (NACNOG) 

prof.RNDr. Ján Kalužný, CSc. 

doc.Ing. Stanislav Minárik, PhD. 

doc.Ing. Marián Kubliha, PhD. 

doc.RNDr. Vladimír Labaš, PhD. 

PUBLICATIONS 

Journals 

[1] 

BEHÚLOVÁ, M., LIPTÁK, M., GRGAČ, P., LÖSER, W., LINDENKREUZ, 

H.: Comparison of microstructures developed during solidification 

of undercooled tool steel in levitation and on a substrate. - 

In: Journal of Physics: Conference Series. - ISSN 1742-6588. - Vol. 

144 (2009), p. 1-4. 

[2] 

BOŠÁK, O., KUBLIHA, M., KALUŽNÝ, J., HRONKOVIČ, J., PREŤO, J., 

VACVAL, J.: Investigation of vulcanization of rubber blends by 

using electric methods. - In: Sborník vědeckých prací Vysoké školy 

báňské - Technické univerzity Ostrava. Proceedings of the VŠB - 

Technical Universtiy of Ostrava. - ISSN 0474-8484. - Vol. LII, No. 

1. - , 2009. - ISBN 978-80-248-1964-8, p. 32-35. 

[3] 

BOŠÁK, O., KUBLIHA, M., KALUŽNÝ, J., TRUBENOVÁ, J.: Modelling 

of temperature dependences of direct electrical conductivity of 

styren-butadien rubber blends from time dependences of torque 

values during vulcanisation. In: Sborník vědeckých prací Vysoké 

školy báňské - Technické univerzity Ostrava. Proceedings of the 

VŠB - Technical Universtiy of Ostrava. - ISSN 0474-8484. - Vol. LII, 

No. 3 (2009). - ISBN 978-80-248-2039-2, p. 15-20. 

[4] 

BRZIAK, P., ZIFČÁK, P., BERNASOVSKÝ, P., DOMÁNKOVÁ, M.: 

The material degradation of combustion turbine vanes and blades 

after 120 000 hours of service. In: Zváranie - Svařování. - ISSN 

0044-5525. - Vol. 58, No. 9-10 (2009), p. 236-240. 

[5] 

CHAUS, A., HUDÁKOVÁ, M.: Wear resistance of high-speed steels 

and cutting performance of tool related to structural factors. - 

In: Wear. - ISSN 0043-1648. - Vol. 267, Iss. 5-8 (2009), p. 1051- 

1055. (in English) 

[6] 

CUKRAS, J., ANTUŠEK, A., HOLKA, F., SADLEJ, J.: Static electric 

polarizabilities and first hyperpolarizabilities of molecular ions 

RgH(+) (Rg = He, Ne, Ar, Kr, Xe): ab initio study. In: Chemical 

Physics Letters. - ISSN 0009-2614. - Vol. 474, Iss. 4-6 (2009), 

p. 258-262. 

[7] 

DEDÍKOVÁ, P., DEMOVIČ, L., PITOŇÁK, M., NEOGRÁDY, P., 

URBAN, M.: CCSD(T) calculations of the electron affinity of the 

uracil molecule. In: Chemical Physics Letters. - ISSN 0009-2614. - 

Vol. 481, Iss. 1-3 (2009), p. 107-111. 

[8] 

GOGOLA, P., KUNÍKOVÁ, T., DOMÁNKOVÁ, M., ŠEVC, P., TULEJA, 

S., ČAPLOVIČ, Ľ., VACH, M., JANOVEC, J.: Corrosion Resistance of 

Power Plant Components Exploited for Long Terms at 600, 650 and 

800°C. In: Corrosion. - ISSN 0010-9312. - Vol. 65, No. 6 (2009), 

p. 355-358. 

[9] 

HOLKA, F., AVRAMOPOULOS, A., LOBODA, O., KELLÖ, V., 

PAPADOPOULOS, M.: The (hyper)polarizabilities of AuXeF and 

XeAuF. In: Chemical Physics Letters. - ISSN 0009-2614. - Vol. 472 

(2009), p. 185-189. 

[10] 

HOLOŠOVÁ, H.: The application of mastery learning in teaching 

process. In: Vedecké práce MtF STU v Bratislave so sídlom 

v Trnave. Research papers Faculty of Materials Science and 

Technology Slovak University of Technology in Trnava. - ISSN 

1336-1589. - No. 27 (2009). 

[11] 

HRNČIAR, V., LAPIN, J., DEMIAN, S., ŠVEC, P.: On development of 

optimal metallurgical process for preparation of a new generation 

of intermetallic alloys. In: Materials Engineering. Materiálové 

inžinierstvo. - ISSN 1335-0803. - Vol. 16, No. 2 (2009), p. 5-10. 

[12] 

JACKOWSKI, K., MAKULSKI, W., SZYPROWSKA, A., ANTUŠEK, A., 

JASZUNSKI, M., JUSELIUS, J.: NMR shielding constants in BF3 and 

magnetic dipole moments of B-11 and B-10 nuclei. In: Journal of 

Chemical Physics. - ISSN 0021-9606. - Vol. 130 (2009), p. 044309. 

[13] 

JACKOWSKI, K., MAKULSKI, W., SZYPROWSKA, A., ANTUŠEK, A., 

JASZUNSKI, M.: Temperature dependence of the (1)J((BF)-B-11-F- 

19) spin-spin coupling in BF3 molecule. In: Magnetic resonance in 

chemistry. - ISSN 0749-1581. - Vol. 47, Iss. 10 (2009), p. 857-861. 

[14] 

JANOVEC, J.: Similarity between effects of Laves phase and M6C in 

alloy steels. In: Komunikácie. - ISSN 1335-4205. - Vol. 11, Iss. 1 

(2009), p. 31-33. 

[15] 

KALUŽNÝ, J., KUBLIHA, M., LABAŠ, V., DJOUAMA, T., POULAIN, 

M.: Electrical and dielectrical properties of MnF2-ZnF2-NaPO3 

glasses. In: Journal of Non-Crystalline Solids. - ISSN 0022-3093. - 

Vol. 355, Iss. 37-42 (2009), p. 2003-2005. 

[16] 

KALUŽNÝ, J., KUBLIHA, M., LABAŠ, V., POULAIN, M., TAIBI, Y.: 

Electrical and dielectrical properties of Sb2O3-V2O5-K2O glasses. 

In: Journal of Non-Crystalline Solids. - ISSN 0022-3093. - Vol. 355, 

Iss. 37-42 (2009), p. 2031-2034. 

[17] 

KALUŽNÝ, J., PEDLÍKOVÁ, J., ZAVADIL, J., LABAŠ, V., KUBLIHA, 

M., KOSTKA, P.: Electrical methods for optimization of structural 

changes and defects in sulphide glasses. In: Journal of 

Optoelectronics and Advanced Materials. - ISSN 1454-4164. - Vol. 

11, Iss. 12 (2009), p. 2053-2057 

[18] 

KALUŽNÝ, J., PEDLÍKOVÁ, J., KOSTKA, P., LABAŠ, V., KUBLIHA, M., 

ZAVADIL, J., MINÁRIK, S.: Investigation of electrical and dielectric 

properties of Ge20Se80-xTex glasses doped by Er, Ho, Pr. 

In: Journal of Optoelectronics and Advanced Materials. - ISSN 

1454-4164. - Vol. 11, Iss. 12 (2009), p. 2063-2068 

[19] 

KUBLIHA, M., TRNOVCOVÁ, V., FURÁR, I., KADLEČÍKOVÁ, M., 

PEDLÍKOVÁ, J., GREGUŠ, J.: Structural peculiarities, and electrical 

and optical properties of 70TeO2.30PbCl2 glasses doped with 

Pr3+, prepared in Pt or Au crucibles. In: Journal of Non-Crystalline 

Solids. - ISSN 0022-3093. - Vol. 355, Iss. 37-42 (2009), p. 2035- 

2039. 

[20] 

KVETAN, K.: Pulse analysis in planparallel proportional detector. 

In: Materials Science and Technology - ISSN 1335-9053. - Vol. 9, 

No. 1 (2009).

[21] 

MARTINKOVIČ, M.: Quantitative analysis of drawing tubes 

microstructure. In: Materials Engineering. Materiálové inžinierstvo. 

- ISSN 1335-0803. - Vol. 16, No. 2. - , 2009, p. 28-31. 

[22] 

MIGLIERINI, M., LANČOK, A., KUSÝ, M.: Characterization of 

rapidly solidified powder of high-speed steel. In: Hyperfine 

Interactions. - ISSN 0304-3843. - Vol. 190, Iss. 1-3 (2009), p. 51-57. 

[23] 

NIKITIN, A., HOLKA, F., TYUTEREV, V., FREMONT, J.: Vibration 

energy levels of the PH3, PH2D and PHD2 molecules calculated 

from high order potential energy surface. In: Journal of Chemical 

Physics. - ISSN 0021-9606. - Vol. 130 (2009), p. 244312. 

[24] 

PALCUT, M., RÁBARA, L.: Host-guest Interactions of Coumarin 6 

with B-cyclodextrin in Polar Solvents. In: Acta Chimica Slovenica. - 

ISSN 1318-0207. - Vol. 56, Iss. 4 (2009), p. 845-851. 

[25] 

PALCUT, M.: Spectral properties of novel 1,3-oxazol-5(4H)-ones 

with substituted benzylidene and phenyl rings. In: Acta Chimica 

Slovenica. - ISSN 1318-0207. - Vol. 56, Iss. 2 (2009), p. 362-368. 

[26] 

PALCUT, M., SOPOUŠEK, J., TRNKOVÁ-RÍZEKOVÁ, L., HODÚLOVÁ, 

E., SZEWCZYKOVÁ, B., OŽVOLD, M., TURŇA, MT., JANOVEC, J.: 

Thermal analysis of selected tin-based lead-free solder alloys. 

In: Kovové materiály. Metallic materials. - ISSN 0023-432X. - Vol. 

47, No.1 (2009), p. 43-50. 

[27] 

POKUSOVÁ, M., MURGAŠ, M., TEHLÁR, P., MIHÁL, S., 

ČAPLOVIČ, Ľ.: Metallurgical processing of aluminium Al-Si alloy 

with increased iron content. In: Sborník vědeckých prací Vysoké 

školy báňské - Technické univerzity Ostrava. Transactions of the 

VŠB - Technical Universtiy of Ostrava. - ISSN 0474-8484. - Vol. LII, 

No. 2 (2009), p. 273-278. 

[28] 

PRIPUTEN, P., KUSÝ, M., KRIŠKA, M., LIPKA, R., ILLEKOVÁ, E., 

ŠVEC, P., BURŠÍK, J., SVOBODA, M., DOLINŠEK, J., JANOVEC, J.: 

Characterization of phases in complex metallic alloys Al73Mn27xFex 

(x = 2,4 and 6). In: Intermetallics. - ISSN 0966-9795. - Vol. 

17, Iss. 12 (2009), p. 1047-1051. 

[29] 

SOLDÁNOVÁ, Z., SOLDÁN, M., ČAPLOVIČ, Ľ.: The study of kinetics 

of CrVI adsorption by red and black mud. In: Waste Forum. - ISSN 

1804-0195. - No. 2 (2009), p. 58-64. 

[30] 

SVOBODA, M., BURŠÍK, J., JANOVEC, J., KRIŠKA, M., KUSÝ, M., 

ŠVEC, P.: Microstructure of a ternary Al-Pd-Rh alloy. 

In: International Journal of Materials Research. - ISSN 1862-5282. 

- Vol. 100, No. 3 (2009), p. 424-427. 

[31] 

SZMOLKA, T., MORAVČÍK, R., HAZLINGER, M., ČAPLOVIČ, Ľ.: 

Failure analysis of a plastic mould. In: Materials Engineering. 

Materiálové inžinierstvo. - ISSN 1335-0803. - Vol. 16, No. 3a 

(2009), p. 106-109. 

[32] 

TRNOVCOVÁ, V., FURÁR, I.: Electrical and dielectric properties of 

As-Se glasses doped with uranium. In: Journal of Optoelectronics 

and Advanced Materials. - ISSN 1454-4164. - Vol. 11, Iss. 12 

(2009), p. 2058-2062. 

[33] 

TRNOVCOVÁ, V., FEDOROV, P., FURÁR, I.: Fluoride solid 

electrolytes. In: Russian journal of electrochemistry. - ISSN 1023- 

1935. - Vol. 45, Iss.6 (2009), p. 630-639. 

[34] 

TRNOVCOVÁ, V., FEDOROV, P., KOKH, A., SCHULTZE, D., FURÁR, 

I.: Structural peculiarities and electrical properties of multicomponent 

oxide crystals. Alkali ion conductors. In: Russian journal of electrochemistry. 

- ISSN 1023-1935. - Vol. 45, Iss.6 (2009), p. 640-646. 

[35] 

TRNOVCOVÁ, V., SCHULTZE, D., FURÁR, I.: Structural peculiarities 

and electrical properties of multicomponent oxide crystals. Mixed 

anionic conductors. In: Russian journal of electrochemistry. - ISSN 

1023-1935. - Vol. 45, Iss.6 (2009), p. 647-651. 

[36] 

VRAGAŠ, S., KOSTELNÍK, J.: Some aspects of students´intellectual 

skills when using e-instructions for laboratory practice in electrical 

technology. In: Journal of Technology and Information Education. 

- ISSN 1803-537X. - Vol. 1, Iss. 1 (2009), p. 77-82. 

[37] 

ZAVADIL, J., KOSTKA, P., PEDLÍKOVÁ, J., ZDANSKY, K., KUBLIHA, 

M., LABAŠ, V., KALUŽNÝ, J.: Electro-optical characterization of 

Ge-Se-Te glasses. In: Journal of Non-Crystalline Solids. - ISSN 

0022-3093. - Vol. 355, Iss. 37-42 (2009), p. 2083-2087. 

Conferences 

[1] 

ČIČKA, R., OŽVOLD, M., ZEMANOVÁ, A., KROUPA, A., LOKAJ, J., 

JANOVEC, J.: Study of Ce - Sn binary system. In: CALPHAD XXX- 

VIII : Czech Republic, Prague, May 17-22, 2009. - Brno : Masaryk 

University, 2009. – p. 62. 

[2] 

GEBURA, M., LAPIN, J., TARABA, B.: Microstructure degradation in 

notched nickel base single crystal superalloy CMSX-4 during creep. 

In: SEMDOK 2009. - Žilina : Žilina University, 2009. - ISBN 978-80- 

8070-959-4. - p. 17-21. 

[3] 

GOGOLA, P., VACH, M., DOMÁNKOVÁ, M., PERKO, J., HALAMA, M., 

SCHÜTZENHÖFER, W., JANOVEC, J.: Corrosion properties 

comparison for DIN 1.2083 and Böhler M333 plastic mould steels. 

In: TOOL 09. - Aachen : Verlag Mainz, 2009. - ISBN 3-8613-0700- 

6. - ISBN 978-3-8107-9305-8. - p. 411-425. 

[4] 

GOGOLA, P., KUNÍKOVÁ, T., DOMÁNKOVÁ, M., ČAPLOVIČ, Ľ., 

VACH, M., JANOVEC, J.: Corrosion resistance of power plant 

components after service. In: International Doctoral Seminar 2009. 

- Trnava : AlumniPress, 2009. - ISBN 978-80-8096-088-9. - p. 90-99. 

[5] 

GRANATIER, J., URBAN, M.: Complexes of Cu, Ag and Au with the 

thiomethyl radical. Approaching a model for Self-Assembled 

Monolayers. In: Proceedings from the 3rd Japan-Czech-Slovak 

Symposium for Theoretical and Computational Chemistry. - 

Bratislava : Comenius University of Bratislava, 2009. - ISBN 978- 

80-223-2707-7. - p. 96-97. 

[6] 

HRNČIAR, V., LAPIN, J., DEMIAN, S., ŠVEC, P.: Preparation of 

intermetallic alloy Ti-Al-Ta. In: Technológia 2009. - Bratislava : 

Slovak University of Technology in Bratislava, 2009. - ISBN 978-80- 

227-3135-5. - p. 43-48. 

[7] 

JURČI, P., HUDÁKOVÁ, M.: Diffusion boronizing of hot work tool 

steel. In: METAL 2009. - Slezká Ostrava : Tanger, 2009. - ISBN 

978-80-87294-03-1. - CD ROM. 

[8] 

KADLEČÍKOVÁ, M., BREZA, J., KRIŽANOVÁ, Z., VÁVRA, I., 

JESENÁK, K., PASTORKOVÁ, K., KOLMAČKA, M., OŽVOLDOVÁ, M.: 

Carbon Nanotubes Studies by Electron Diffraction. In: EDS´09. 

Electronic Devices and Systems IMAPS CS International Conference 

2009. - Brno : Brno University of Technology, 2009. - ISBN 978-80- 

214-3933-7. - p. 26-32. 

[9] 

KALUŽNÝ, J., LABAŠ, V., PEDLIKOVÁ, J., KUBLIHA, M., KOSTKA, 

P.: Electrical methods for optimalization of structural changes and 

defects and defects in sulfide glasses. In: Amorphous and 

Nanostructured Chalcogenides (ANC-4) - Fundamentals and 

Applications. - , 2009. - p. 27. 

[10] 

KALUŽNÝ, J., PEDLÍKOVÁ, J., KOSTKA, P., LABAŠ, V., KUBLIHA, M., 

ZAVADIL, J., MINÁRIK, S.: Investigation of electrical and dielectric 

properties of Ge20Se80-xTex glasses doped by Er, Ho, Pr. 

In: Amorphous and Nanostructured Chalcogenides (ANC-4) - 

Fundamentals and Applications. - , 2009. - p. 27. 

[11] 

KAŠŠÁKOVÁ, V., MINÁRIK, S., MIŠTINA, J.: Why and how to teach 

physics at technical universities. In: 17th conference of Slovak 

Physicists. - Bratislava : Slovak Physical Society, 2009. - ISBN 978- 

80-969124-7-6. - p. 97-98. 

[12] 

KRAUS, M., ŠIMOVÁ, L., NEOGRÁDY, P., URBAN, M.: Electric and 

spectroscopic properties of the three lowest electronic states of the 

GaN molecule. In: Proceedings from the 3rd Japan-Czech-Slovak 

29

30 

Symposium for Theoretical and Computational Chemistry, 

Bratislava. - Bratislava : Comenius University of Bratislava, 2009. - 

ISBN 978-80-223-2707-7. - p. 78-80. 

[13] 

MARÔNEK, M., BÁRTA, J., DOMÁNKOVÁ, M., ULRICH, K., 

KOLENIČ, F.: Electron Beam Welding of Steel Sheets Treated by 

Nitro-oxidation. In: The 62nd Annual Assembly and International 

Conference of the International Institute of Welding (IIW). - 

Singapore, 2009. - p. 1-11. 

[14] 

MARÔNEK, M., BÁRTA, J., DOMÁNKOVÁ, M., HODÚLOVÁ, E.: 

Microstructural analysis of nitrooxidation treated steel sheets. 

In: Advanced metal materials and technologies 2009 

(AMMT`2009). – Saint Petersburg : Publisher of Polytechnic 

University, 2009. - ISBN 978-5-7422-2308-5. 

[15] 

MARTINKOVIČ, M.: Comparison of plastic deformation and grain 

boudaries orientation of steel. In: Development of materials science 

in research and education. DMS - RE 2009. - : Slovak Society for 

Industrial Chemistry, 2009. - ISBN 978-80-89088-81-2. - p. 50-51. 

[16] 

MINÁRIK, S., LABAŠ, V., SLABEYCIUS, J.: Identification of material 

inhomogeneities in symetrical dielectric medium. In: Physics 

Teaching in Engineering Education. PTEE 2009. - Wroclaw : 

Institute of Physics, Wroclaw University of Technology, 2009. - 

p. 12. 

[17] 

MINÁRIK, S., LABAŠ, V., SLABEYCIUS, J.: Spatial inhomogeneities 

identification in radially symmetric dieletric medium. In: Physics 

Teaching in Engineering Education. PTEE 2009. - Wroclaw : 

Institute of Physics, Wroclaw University of Technology, 2009. - 

ISBN 978-83-929400-0-5. - p. 137-140. 

[18] 

PAŠTEKA, L., URBAN, M., NEOGRÁDY, P.: Electric and spectroscopic 

properties of low-lying excited states of acetone. In: Proceedings 

from the 3rd Japan-Czech-Slovak Symposium for Theoretical and 

Computational Chemistry. - Bratislava : Univerzita Komenského 

v Bratislave, 2009. - ISBN 978-80-223-2707-7. - p. 88-90. 

[19] 

POCISKOVÁ DIMOVÁ, K., CHRIAŠTEĽOVÁ, J.,RÍZEKOVÁ TRNKOVÁ, 

L., OŽVOLD, M., TURŇA, MT.: Formation of intermetallic phase 

along liquid solder - substrate boundary. In: Technológia zvárania 

2009. - Trnava : AlumniPress, 2009. - ISBN 978-80-8096-102-2. 

[20] 

SLABEYCIUS, J., MINÁRIK, S.: How to discover vampire – 

experiments with polarized light. In: Creative Teachers of Physics 

II : National Festival of Physics 2009. - Bratislava : SFS, 2009. - 

ISBN 978-80-969124-8-3. - p. 98-102. 

[21] 

SLABEYCIUS, J., RUSNÁKOVÁ, S., BAKOŠOVÁ, D., MINÁRIK, S.: 

Study of glass and ceramic materials by ESPI. In: Trends in the 

Development of Machinery and Associated Technology. TMT 2009. 

- Hammamet, 2009. - ISBN 1840-4944. - p. 577-580. 

[22] 

SOPOUŠEK, J., PALCUT, M.: The interpretation of the DSC signals 

of the lead-free solder alloy systems using the CALPHAD approach. 

In: CALPHAD XXXVIII. - Brno : Masaryk University, 2009. - p. 167. 

[23] 

SZMOLKA, T., HAZLINGER, M., MORAVČÍK, R.: Analysis of 

isothermally annealed samples prepared from 18CrNiMo7-6 

material. In: SEMDOK 2009. - Žilina : Žilina University, 2009. - 

ISBN 978-80-8070-959-4. - p. 103-106. 

[24] 

SZMOLKA, T., HAZLINGER, M.: Influence of tempering temperature 

on fracture behaviour of 50CrMo4 steel. In: 8th YSESM : 8th Youth 

Symposium on Experimental Solid Mechanics. - Budapest : 

Scientific Society of Mechanical Engineers, 2009. - ISBN 978-963- 

9058-26-2. - p. 84-85. 

[25] 

TRNOVCOVÁ, V., FURÁR, I., KUBLIHA, M., KADLEČÍKOVÁ, M., 

PEDLÍKOVÁ, J., LABAŠ, V., GREGUŠ, J.: Microstructure, phase 

transitions, electrical and optical properties of pure and doped 

lead tellurite glasses. In: Amorphous and Nanostructured 

Chalcogenides (ANC-4) - Fundamentals and Applications. - , 2009. 

- p. 37. 

[26] 

TRNOVCOVÁ, V., FURÁR, I., PODOLINČIAKOVÁ, J.: Physical 

properties of vitreous As2Se3 doped with U, Ti and Pb. 

In: Amorphous and Nanostructured Chalcogenides (ANC-4) - 

Fundamentals and Applications. - , 2009. - p. 37. 

[27] 

URBAN, M., HOLKA, F., PALDUS, J.: CCSD(T) calculations of in-crystal 

anionic polarizabilities using the spherical harmonic-oscillator 

potential confinement model. In: The International Conference on 

"Simulations and Dynamics for Nanoscale and Biological Systems". 

- Tokyo : Takeda Hall The University of Tokyo, 2009. - IO2. 

[28] 

VARGA, G., PODOBA, R., LABAŠ, V., ŠTUBŇA, I.: Thermal analyses 

of stove tile ceramic material Letovice. In: XVI. International 

Conference on Refractories :. - Prague: Czech Silicate Society, 

2009. - ISBN 978-80-02-02021-9. - p. 281-288. 

[29] 

VRAGAŠ, S., MICHÁLKOVÁ, D.: Students’ cognitive efforts under 

condition of utilization of practice of electrotechnic guide. 

In: Educational program content innovation by means of the 

Object-Oriented Didactical transformation. - Trnava : AlumniPress, 

2009. - ISBN 978-80-8096-106-0. - p. 490-494. 

Books 

[1] 

ČAPLOVIČ, Ľ.: Apply of Selected Experimental Technics in Materials 

Engineering. - Dresden : Forschungszentrum Dresden, 2009. - 97 

p. - - ISBN 978-3-941405-00-4. 

[2] 

KUBLIHA, M.: Investigating structural changes and defects of 

non-metallic materials via electrical methods. - Dresden: 

Forschungszentrum Dresden - Rossendorf, 2009. - 74 p. - ISBN 

978-3-941405-06-6. 

[3] 

RIEDLMAJER, R.: Relationships between electrical and mechanical 

properties of the basalt ceramics. - - Dresden : Forschungszentrum 

Dresden - Rossendorf, 2009. - 96 p. - ISBN 978-3-941405-05-9. 

Parts of Books 

[1] 

HRNČIAR, V., LAPIN, J., DEMIAN, S., ŠVEC, P.: Plasma metallurgy 

parameters influence on homogeneity of intermetallic alloys Ti-Al-X. 

In: Progressive technologies and materials : 3-A. Technologies. - 

Rzeszów : Official Publisher of Polytechnical University, 2009. - 

ISBN 978-83-7199-550-7. - p. 83-91. 

Textbooks 

[1] 

CAGÁŇOVÁ, D., GRGAČ, P., GEBURA, M., OSLANEC, P.: 

Introduction to materials science. - Trnava : AlumniPress, 2009. - 

82 p. - - ISBN 978-80-8096-104-6 

[2] 

HRIVŇÁK, I.: Fractography. - Trnava : AlumniPress, 2009. - 99 p. 

- - ISBN 978-80-8096-089-6 

[3] 

MARTINKOVIČ, M., RÍZEKOVÁ TRNKOVÁ, L.: Material Science I: 

Practice Guide. - Trnava : AlumniPress, 2009. - 183 p. - ISBN 978- 

80-8096-0797 

[4] 

MINÁRIK, S., KALUŽNÝ, J.: Structure and properties of non-metallic 

materials. - Trnava : AlumniPress, 2009. - 196 p. - - ISBN 978- 

80-8096-109-1 

[5] 

MORAVČÍK, R., HAZLINGER, M.: Materials science II. - - Trnava : 

AlumniPress, 2009. - 243p. - ISBN 978-80-8096-081-0 

[6] 

MORAVČÍK, R., HAZLINGER, M., HUDÁKOVÁ, M., ČIČKA, R., 

RÍZEKOVÁ TRNKOVÁ, L.: Materials Science II: Practice Guide. - 

Trnava : AlumniPress, 2009. - 239 p. - ISBN 978-80-8096-103-9. 

[7] 

ŽÚBOR, P., IŽDINSKÁ, Z., KOVAŘÍKOVÁ ROD. SUKUBOVÁ, I.: 

Materials and their behaviour by welding. - Bratislava : First 

Welding, 2009. - 127 p. - ISBN 978-80-969330-9-9.

INSTITUTE 

OF PRODUCTION 

SYSTEMS 

AND APPLIED 

MECHANICS

32 

INSTITUTE 

OF PRODUCTION 

SYSTEMS 

AND APPLIED 

MECHANICS 

Director Karol Velíšek, Professor, PhD. 

e-mail: karol.velisek@stuba.sk 

tel.: ++421918646053 

Address Rázusova 2, 917 24 Trnava, Slovak Republic 

tel.: ++421918646035 

fax: ++421/33/5511601 



• Department of Applied Mechanics 

• Department of Technological Devices and Systems 

Staff 







• Production Devices and Systems 

• Mechatronics of Production Devices and Systems 

Research objectives 

• Intelligent workpiece clamping 

• Thematic network on manufacturing technologies 

• New concept of integrated multifunction manufacturing system 

• Modeling, analysis, simulation and experimental investigation 

of machine aggregates as mechatronic systems 

• Investigation of new materials with progressive tribological 

properties 

• Research and application of new approaches in numerical 

methods – analysis and simulation of Technological 

and industrial processes, static and dynamic analysis 

of engineering structures 

• Numerical simulation of heat transfer processes, 

fluid-structure interaction 

• Research and development in the field of theoretical 

and applied mechanics


The research projects at the Institute of Production systems and 

Applied Mechanics are focused on support and development 

of several degrees of study subjects existing at our institute. 

The following studying subjects are pursued at our institute, for 

bachelor degree: Production Devices and Systems, Mechatronics of 

Production Devices and Systems; for master degree: Production 

Devices and Systems. Our institute takes part in the PhD degree 

study program Machine Technologies and Materials. The research 

activities of our institute are focused on solving actual tasks from 

the field of production systems and devices and applied mechanics 

so as to support the institute staff‘s professional growth. 

Main topics of research activities: 

• Flexible manufacturing systems, 

• Intelligent clamping systems, 

• Special production systems, 

• Pneumatics and electro-pneumatics in control systems, 

• Material flow in production, 

• Use of computers in design and manufacturing 

of machines and devices, 

• Modeling, analyses and simulations of mechanical systems 

and machine aggregates, 

• Mechatronical principle application to production devices, 

• Methods of diagnostics and identification, 

• Mechanical systems reliability, 

• Vibrations, acoustics and biomechanics, 

• Determination of cooling characteristics for heat 

treating mediums, 

• Mechanical, thermal, fluid and other analyses for mechanical 

parts of machine and skeletons, 

• Modeling, numerical simulations, analyses and optimisation for 

processes of forming, welding, founding and heat treatment. 

Our institute has at this time the following laboratories: laboratory 

of robotics, virtual laboratory of pneumatics and electro-pneumatics 

systems, laboratory of pneumatics, FESTO laboratory, laboratory 

of CAD systems, laboratory of machine mechanics, laboratory 

of tribology, laboratory of thermo and fluid mechanics, laboratory 

of numerical analyses, laboratory of modeling, laboratory for 

vibration and acoustics research, mechanical workshop. 

In the frame of cooperation between research and praxis, our 

institute has cooperation with several industrial enterprises and 

research centres (FESTO spol. s r.o. Bratislava; SMC Priemyselná 

automatizácia spol. s r.o. Bratislava; ZF Sachs Slovakia, a.s. 

Trnava; TOMA INDUSTRIES spol. s r.o. Trnava; ŽOS, a.s. Trnava; 

INA Skalica, spol. s r.o. Skalica; VUJE, a.s. Trnava; EBO Slovenské 

elektrárne, a.s. Jaslovské Bohunice; JAVYS, a.s. Jaslovské 

Bohunice; AllDeco, spol. s r.o. Jaslovské Bohunice) and with 

institutes of the Slovak Academy of Sciences. 

An important part of the research activities of our institute is 

represented by cooperation with universities abroad. The most 

inportant partners are TU Vienna, TU Miskolc, TU Cluj-Napoca, 

TU Poznaň, VUT Brno, UTB Zlín, VŠB Ostrava, TU Brašov, TU 

Chemnitz, ZČU Plzeň, TU Iževsk, and many others. 

Results of our research activities are presented at domestic and 

international scientific journals and conferences and symposiums. 

These results are applied to educational processes at our institute 

too. 

PROJECT OF TECHNOLOGY TRANSFER 

Laboratory of elastic production systems with robotic regulation 

in the area of design-free production 

The aim of the project is to create an elastic production 

system with robotic regulation which will enable designfree 

production. The product will be modeled with a PC in 

an appropriate 3D CAD program, then the regulation program 

will be generated and it will be started in an elastic 

production system which will produce a component. It will 

provide the possibility to produce the necessary components 

for a concrete product. All produced components will 

be controlled during production, so the likelihood of failure 

of finished products will be decreased. This prototype 

device will help to observe the influence of different production 

strategies on production costs, time, which is necessary 

to produce a certain product amount, and other 

important efficiency parameters of the production. The advantages 

of design-free production and influence on efficiency 

of the whole process will be observed and presented 

in pre-production and production phase. 

INTERNATIONAL PROJECT 

SK-HU-0011-08 (29.05.2009-31.12.2010) 

doc. Ing. Peter Košťál, PhD. 

Implementation of Production Logistics into Learning System 

The field of production logistics, with many reserves hidden, presents 

a great opportunity for making the production logistics more 

effective. Logistic optimization in production means a real global 

task. To solve this task, there is a great worldwide effort mainly on 

the part of large-scale industrial concerns. This really means a matter 

of dedication. Solution of this problem needs specialists with 

professional competences in a board extent concerning this field. 

Such specialists can manage the principles of production technology, 

production engineering, as well as production logistics within 

the sufficient range. Besides the management of the mentioned 

principles, they also need to be capable of useful exploitation within 

the design and creation of production systems, as well as already 

existing systems operation. 


VEGA 1/0206/09 (01.01.2009- 31.12.2012) 

prof. Ing. Karol Velíšek, CSc. 

Intelligent Assembly Cell 

A flexible and intelligent assembly cell concept includes a new 

solution for how to create structures of assembly systems. No 

external industrial robot is used for manipulation and also for 

assembly. Intelligent behaviour of the system will repose on 

monitoring of important parameters of the system and also will 

be monitored information about system interaction with its 

surroundings. Surrounding interaction information will be taken 

with many advantages such as, bringing flexible reactions of the 

system to manufacturing changes, building up of area saving, 

lower building costs, and higher use effects of the whole device. 

KEGA 3/5211/07 (01.01.2007- 31.12.2009) 

prof. Ing. Velíšek Karol, CSc. 

Building of Pneumatics and Electro Pneumatics System Controling 

Virtual Laboratory 

A virtual laboratory of pneumatics and electro pneumatics systems 

control will be supported for principle training of pneumatics 

and electro pneumatics system control sorting and for operation 

simulation of these systems. In this type of laboratory the students 

will operate by Internet and will confirm their technical skills and 

abilities in this laboratory. 

33

34 

KEGA 3/7131/09 (01.01.2009- 31.12.2011) 


Laboratory of Production System Program Control 

The Laboratory of Production Systems Program Control will be 

used for automated program control learning. In this laboratory 

real industrial parts for automation (PLC, sensors, stepper motors, 

servo motors and others) will be used. Students in this laboratory 

will learn about automation in the field of flexible production, and 

they will get new experiences about automated production works. 

They will get key competencies needed by industrial praxis from 

graduates of technical universities. In the frame of this project new 

studying materials about automated program control systems will 

be created. 

VEGA 1/0721/08 (01.01.2008- 31.12.2010) 

doc. Ing. Bohumil Taraba, CSc. 

Quantification of Cooling Properties of Coolants in the Field of Heat 

Thermal Treatment Processes Supported by Computer Modeling 

Support of Dominantly Thermal Technological Processes. 

The project is oriented towards research on transfer phenomena in 

cooling of parts in chosen coolants used in industrial production. 

The aim is the quantification effect of coolants on vertical, 

horizontal and skewed parts surface. By experimental temperature 

measurement in the chosen point of the cooled part, and with 

numerical simulation support, it is possible to predict the combined 

heat transfer coefficient as surface temperature function, momentary 

heat fluxes from the cooled surface, and cooling rates. 

VEGA 1/0832/08 (01.01.2008- 31.12.2010) 

Ing. Helena Kraváriková, PhD. 

Thermo-mechanical Analysis of the Welding Process using the 

Experimental and Modelling by the Finite Element Method 

Modeling and simulation of the melt welding process is very 

demanding work. This work requires experience and special 

knowledge of welding technology, heat transfer and exploitation of 

computer techniques. By appropriate application of these skills you 

can obtain solutions to specific problems in the field of welding 

processes, such as residual thermal stresses and deformations of 

welded materials or structural changes of phases in the heat 

affected zone (HAZ). Structure changes in the HAZ are caused by 

changed temperature as a result of introduced heat into weld. 

Structure changes in HAZ cause changes of mechanical properties 

of welded materials. The stress gradient is high in the HAZ because 

of its thickness. Measurement of parameters obtained from 

experiments are used for verification of results achieved by FEM. 

Engineering-scientific software ANSYS is suitable for solving 

thermo-mechanical analysis of the welding process by FEM. 

Structural changes in HAZ could be satisfactorily solved by the 

software SYSWELD. 

VEGA 1/0090/08 (01.01.2008- 31.12.2010) 

doc. Ing. František Pecháček, PhD. 

Optimalized Systems and Processes of Performance Ultrasound 

The project is basic research oriented to ultrasonic tool resonators 

for technology applications of ultrasound. Amplitude and frequency 

parameters of ultrasonic piezoelectric convertors, wave conductors, 

concentrators and tools are being analysed. 

VEGA 1/0837/08 (01.01.2008- 31.12.2010) 

doc. RNDr. Mária Behúlová, CSc. 

Design and Optimisation of Innovative Forming and Heat 

Treatment Technologies Supported by FEM Simulation 

The submitted project is focused on the application of advanced 

approaches to the design, analysis and optimisation of chosen 

innovative forming processes, including incremental deformations 

in order to achieve final products with very fine microstructures 

and specific material properties. From the theoretical point of view, 

the project should contribute to an advance in knowledge in the 

field of material behaviour under conditions of intensive deformations, 

to the explanation of physical and metallurgical reasons of 

microstructure development in the processes of incremental 

forming and their influence on the material, technological and 

utility properties of chosen materials. Further, the attention will be 

aimed at the study of rapid solidification processes during 

thixoforming. The objective of the project also creates the 

development, verification and application of new simulation 

models, material models and computing procedures for numerical 

simulation of forming and heat treatment processes. 

VEGA 1/0256/09 (01.01.2009- 31.12.2011) 

Ing. Milan Naď, CSc. 

Experimental and Simulation Methods of Dynamical Analysis of 

Mechatronic Subsystems of Technological Equipments 

A mechatronical approach to modelling, analysis, and design 

of effective modern technological equipment is forced by the 

inevitable mutual integration of mechanical, electrical, electronic 

and control subsystems, as well as by their integration with the 

terminal technological process. This type of integration calls for 

development of methods for analysis and synthesis of energetic 

and information flow among subsystems with regard to efficient 

satisfaction of the functional objectives of the complete technological 

system. 

LIST OF SUBJECTS GUARANTEED BY THE INSTITUTE 

Applied Mechanics 

Assembly Machines 

Bachelor Project 

Bachelor Thesis 

Computer Aided Design 

Cutting Tools 

Design of Production Systems 

Diagnostics of Production Devices 

Diploma Project 

Diploma Thesis 

Elasticity, Strength and Plasticity 

Finite Element Method in Production Technologies 

Fixtures and Technological Equipment of Production Machines 

Fixtures 

Fundamentals of Engineering Desing 

Fundamentals of Engineering Desing and Technical Documentation 

Fundamentals of Mechatronics 

Hydromechanics and Thermomechanics 

Industrial Robots and Manipulators 

Intelligent Production Systems 

Logistics of Production Systems 

Machine Parts and Mechanisms 

Machine Tools 

Machines for Special Technologies 

Mechanics of Fluids and Thermomechanics 

Mechanics of Materials 

Mechanics of Production Machines 

Mechanics 

Mechatronics 

Modeling and Simulation of Technological Processes 

Noise and Vibration 

Operation and Maintenance of Production Technique/Devices 

Operation of Production Systems 

Practice 

Practice in Strength, Rigidity and Plasticity 

Practice on the Fundamentals of Engineering Design 

Production Devices 

Production Logistics 

Production Process Planning 

Production Systems 

Programming of Production and Manipulating Devices 

Reliability and Safety of Technical Systems 

Reliability of Technical Systems and Products 

Semestral Project 

Solid Mechanics 

Technical Documentation 

Technological Equipment of Production Machines 

Technological Process Modelling and Simulation 

Theory of Automatic Machines 

Theory of Industrial Heating and Furnaces 

Thermodynamics



Caletka, M.: 

The estimation of the indicators of availability and reliability 

in production systems 

Gemeri, D.: 

Scheme of pneumatic controlling of circuit of manufacturing 

established 

Gubrianska, V.: 

Summary of forming tools for sheet forming 

Hankeová, N.: 

The analysis of present state in the sphere of inflexible 

manufacturing systems 

Horný, M.: 

Summary of forming machinhery for smith forging 

Hrudka, M.: 

Machines review and labeling for volume forming 

Hudy, E.: 

Proposal supply of assembling department 

Kolesárová, K.: 

Design of direction of gluing machine 

Kolík, T.: 

The Methodical Design of dislocate production work-place 

on a point of order of rationalization 

Krupa, M.: 

The digest and marking of flat moulding machines 

Meleg, P.: 

Proposal and comparison of pneumatic, electropneumatic, 

hydraulic management of selected equipment 

Pangrác, D.: 

Devices for grinding of components with using output ultrasound 

Petráš, J.: 

Quantification of Availability and Reliability of manufacturing 

systems 

Polakovičová, S.: 

Review of specialized cavity machineries 

Sejna, M.: 

Operating mechanism for movement and grab articals 

in technical manufacture process 

Strašifták, L.: 

List of knowledge about planning production systems 

in the pressrooms 

Svinčák, J.: 

Modeling and programming of robot devices 

in RoboLab environment 

Šajbidor, M.: 

Survey on electrical discharge machines 

Tulala, R.: 

Cutting tools for gear manufacturing 

Drška, S.: 

Summary of rotary tools 

Hanzlíček, M.: 

Modeling and programming material handling 

in Robolab environment 

Jamrich, P.: 

System of the maintenance for automatized production lines 

Janita, V.: 

Overview of punching machines 

Janitová, I.: 

Design of the electro-pneumatic circuit for teaching purposes 

Konečník, P.: 

Trends in the field of machine tools development 

Richter, A.: 

Technical support for field diagnostics of manufactoring systems 

Trokan, D.: 

Total productive maintenance on mount - line in PSA Peugeot 

Citroen, Trnava 

Sítková, V.: 

The Optimalisation of the Working Place in the Machine Industry 


Vráblik, P.: 

Proposal of the railway wheels pressing mechanization 

on the CDRA 500 press 

Sučák, M.: 

Design of low-cost devices for demonstrative reliability test 

Nemec, Ľ.: 

Project of an automated welding machine for welding 

of sheers ABAS KDE 40 

Masnovič, F.: 

Creating and displaying the controlling algorithms 

of the automated facilities 

Holubek, R.: 

Three-axis pneumatic "Pick and Place" juggler workstation design 

Holubek, M.: 

Production system model design for selected raw materials 

Lašák, M.: 

Usage of assembly working place used for RSEMD 

belt tensioning unit components 

Kučík, M.: 

Clamping system in light-weight assembly 

Kerak, P.: 

Application of progress availability service multispindle heads 

for technological operation – drilling 

Jakúbek, Ľ.: 

Project of handling device for glass products positioning 

Charvátová, P.: 

Design of the Intelligent Assembly Device 

Gernic, P.: 

Algorithm development of material flow 

in flexible manufacturing productin in selected band of products 

Gašparík, F.: 

Confrontation of production line and production cell 

Fiantok, J.: 

The creating database of technological devices 

for designing pressrooms 

Daniš, L.: 

Model design of production system for production 

of choice semi product 

Belák, M.: 

Presentation of device for automation assembly 

Kvaltín, I.: 

Designing of forming work shop aided by computer technologies 

Krafčík, M.: 

Uses methods of self-management of material flow 

in flexible manufacturing systems 

Horváth, M.: 

Identification of Reliability Indicators of Production Systems 

Demianová, Z.: 

The project of facility for automated removal 

Čavara, P.: 

A design of intelligent clamp on pneumatic base 

Vlášek, M.: 

Dynamic analysis of the sonotrades for the ultrasonic 

machining processes 

Vavro, M.: 

Creation of databases of manufacturing mechanisms 

for designing of blacksmithery 

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36 

Valachovič, M.: 

Spatial arrangement project of informational and energy flow 

in the pneumatic laboratory on UVSM 

Svinčák, P.: 

Suggestion of flexible assembly cell use CA - systems 

Pucheľ, M.: 

Markov reliability models of technical systems 

Martinák, P.: 

In service vibrodiagnostic signature of production systems 

Lukács, Z.: 

Modular solution of intelligent fixture system for nonrotal parts 

with pneumatic drive 

Vlahy, J.: 

Transportation devices for automatically feed semi-finished bars 

into the circular or ribbon saw, providing the sorting 

of semi-finished products 

Szabó, M.: 

Equipment for horizontal moving of work pieces between 

one operating station of a traversing crane and an operating 

station of another lifter 

Záhora, P.: 

Solution of shapes of grab jaws in flexible production cell 

Toth, J.: 

Designing of testing device for rolling segments 

Telepčák, P.: 

Projection of material flow in flexible production cell 

by the production the selected product line 

Páleník, P.: 

The machinery for a straining of screws of diameter until 50 mm 

Nezhoda, M.: 

The Positioning of workpieces and parts on pallets of storage 

systems in flexible manufacturing cell 

Miškovič, M.: 

Structural design of an industrial robot jaw for 

a given product handling 

Mihálik, T.: 

Production line projecting by using CA systems 

Marcinka, M.: 

Proposal space of working places according to flow of materials 

and relations of actions for concrete proposal semiproduct 

Lipták, R.: 

Modelling and simulation of elastic manufacturing cell action 

Dissertations 

Lačšek, M.: 

Study of the influence of high speed steels heat treatment 

parameters to structural, thermal, stress and strain states 

Ružarovský, R.: 

Automation of assembly process - Design methodology 

of automated assembly devices 

Riečičiarová, E.: 

Influence of gearing to dynamical properties machine aggregates 

Habilitations 

Pecháček, F.: 

Methods of machining with the application 

of power ultrasound energy 

Behúlová, M.: 

Mathematical modeling and numerical simulation in chosen 

technological processes of manufacturing and processing 

of metallic materials 


Ing. Nina Danišová, PhD. 

• Czech Republic, University Tomáš Bata Zlín 

• Austria, TU Vienna 

• Czech Republic, TU Liberec 

• Hungary, VŠ Nyiregyháza 

• Czech Republic, Technical University of Liberec 





• Romania, TU Hunedoara 

• Czech Republic, SMC Brno 

• Poland, TU Czestochowa 

• Poland, TU Poznaň 

• Romania, TU Cluj - Napoca 

• Romania, TU Sibiu 

• Romania, TU Brašov 


• Serbia, TU Novi Sad 

• India, Indian Institute of Technology Madras 

• Poland, Szczyrk 

• Romania, NTU Baia Mare 

Ing. František Pecháček, PhD. 

• Czech Republic, UTB Zlín 



RNDr. Mária Behúlová, CSc. 

• Czech Republic, ZČU Plzeň 


• Hungary, BME Budapešť 


• Czech Republic, TOS Kuřim 

• Czech Republic, SMC Brno 



• Romania, TU Sibiu 

• Romania, TU Brašov 

• India, Indian Institute of Technology Madras 

• Poland, Szczyrk 


• Hungary, TU Miškolc 

doc. Ing. Bohumil Taraba, CSc. 

• Czech Republic, Konf. centrum Sázava 

• Austria, DAAAM Vienna 

Ing. Erika Hrušková 


• Croatia, TU Rijeka 


Ing. Miriam Matúšová, PhD. 



Ing. Jarmila Oravcová 


Ing. Eva Riečičiarová 


Peter Pavlík 


Marián Kubal 


Ing. Radovan Holubek 


• Romania, NTU Baia Mare

Ing. Roman Ružarovský, PhD. 






• Czech Republic, VM 2009 Nečtiny 

Ing. Rastislav Ďuriš 


Ing. Tibor Nánási, CSc. 



• Russia, University of Saint Petersburg 

Ing. Angela Javorová 



Ing. Andrea Mudriková, PhD. 


Ing. Marcela Charbulová 



MSc. Ondrej Bilek, PhD. 


Radek Havlik, MSc., PhD. 


Dragan Zivanic, MSc., doc., PhD. 


Miograd Stevic, doc., PhD. 


Snezana Stevic, prof. 

• Bosnia and Herzegovina, TU Priština 

Gyula Varga, doc., Dr. 

• Hungary, TU Miskolc 

Alexandru Carean, assoc. prof. 


Tadeusz Nieszporek, prof. Eng. 

• Poland, TU Czestochowa 

Radu Cotetiu, prof. 

• Romania, TU Baia Mare 

Nicolae Ungureanu, prof. 

• Romania, TU Baia Mare 

Bela Iles, prof. 

• Hungary, TU Miskolc 

Tamas Mankovits, MSc. 

• Hungary, TU Debrecén 

Carmen Alic, assoc. prof. 


Imre Kiss, assoc. prof., Dr. 


Sorin Aurel Ratiu, MSc. 


Vasile Alexa, MSc. 


Dorota Nagolska, Ing. PhD. 


Miloslav Georgijevic, Ing. 

• Serbioa, TU Novi Sad 

Galina Nikolcheva, assoc. prof., PhD. 

• Bulgaria, TU Sofia 

prof. Tonci Mikac, DrSc. 


Prof. Ádám Döbröczöni 

• Hungary Miškolc 

Mr. Sobrino Daynier Rolando Delgato 

• Cuba Central University Santa Clara 

MEMBERSHIP IN SLOVAK PROFESSIONAL ORGANISATIONS 

Slovak Acoustical Society 

Ing. Tibor Nánasi, CSc. 


Slovak Welding Society 


Technical Commission 21 SÚTN Bratislava 



Slovak Associations of Mechanical Engineers 


Ing. Peter Košťál, PhD. 

Ing. František Pecháček, PhD. 



Special Interest Group of Chemistry and Physics of Solid 



Doc. Ing. Bohumil Taraba, CSc. 


Assoc.prof. Bohumil Taraba, CSc. 


Assoc.prof. Bohumil Taraba, CSc. 


ORGANISATIONS 

Society for Machining Prague 


Assoc.prof.Ing. Peter Košťál, PhD. 

Assoc.prof.Ing. František Pecháček, PhD. 

Ing. Marcela Charbulová 

OIAV – Austrian Engineering and Architecture Society 

(ÖSTERREICHISCHER INGENIEUR - UND ARCHITEKTEN – 

VEREIN) 


The Czechoslovak Association for Crystal Growth 


European Acoustical Association 


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38 

PUBLICATIONS 

Journals 

[1] 

BEHÚLOVÁ, M.: Analysis of direct electric heating of semiproducts 

for a forming process. In: Acta Metallurgica Slovaca. - ISSN 1335- 

1532. - Vol. 15, No. 1 : Energetické premeny v priemysle. 11. 

medzinárodná vedecká konferencia. Demänovská Dolina 18.-20.jún 

2009 (2009), p. 23-29. 

[2] 

BEHÚLOVÁ, M., LIPTÁK, M., GRGAČ, P., LÖSER, W., LINDENKREUZ, 

H.: Comparison of microstructures developed during solidification of 

undercooled tool steel in levitation and on a substrate. - In: Journal 

of Physics: Conference Series. - ISSN 1742-6588. - Vol. 144 (2009), 

p. 1-4. 

[3] 

BEHÚLOVÁ, M.: Modeling of thermal input to weld by volume thermal 

sources. In: Strojárstvo - Strojírenství. - ISSN 1335-2938. - mim. 

vyd. : Konferencia - Stretnutie katedier mechaniky tekutín a termomechaniky, 

24.-26.6.2009, Jasná, Demänovská dolina (2009), p. 8-11. 

[4] 

BEHÚLOVÁ, M.: Virtual Testing of Material Heating for a Semi-Solid 

Forming Process. - ASAT-13. 13th International Conference, Cairo, 

Egypt, May 26-28, 2009. Abstracts of Scientific Papers. - Cairo : 

Military Technical College, 2009, p. 1-11. 

[5] 

CHARBULOVÁ, M., MUDRIKOVÁ, A.: Clamping Devices for 

Intelligent Production Systems. In: AMO Conference. - ISSN 1313- 

4264. - Vol. 3. 9. International Conference Advanced Materials and 

Operations : Scientific Reports. Project CII-BG-0203-02-0809 

CEEPES. Bulgaria, Kranevo 24-28 June 2009. - Sofia : Technical 

University of Sofia, 2009, p. 597-601. 

[6] 

DANIŠOVÁ, N., MAJERÍK, J.: Diagram of automated grippers 

changing in the intelligent manufacturing cell. In: Vedecké práce 

MtF STU v Bratislave so sídlom v Trnave. Research papers Faculty 

of Materials Science and Technology Slovak University of 

Technology in Trnava. - ISSN 1336-1589. - No. 26 (2009), p. 7-12. 

[7] 

DANIŠOVÁ, N., CHARBULOVÁ, M., FIDLER, B.: Controlling equipment 

for observing quality of product of closed container type. In: Ai 

magazine. - ISSN 1337-7612. - Vol. 2, No. 4 (2009), p. 55-57. 

[8] 

DANIŠOVÁ, N., MUDRIKOVÁ, A., MAJERÍK, J.: Application of 3DVIA 

Composer for activity simulation of inteligent production assembly 

system. In: Ai magazine. - ISSN 1337-7612. - Vol. 2, No. 4 (2009), 

p. 18-19. 

[9] 

JAVOROVÁ, A., MATÚŠOVÁ, M.: Automated assembly system 

design with help of computer aided system. In: Annals of The 

Faculty of Engineering Hunedoara. - ISSN 1584-2665. - Tom VII, 

Fasc. 2 (2009), p. 43-48. 

[10] 

JAVOROVÁ, A., PECHÁČEK, F., ZVOLENSKÝ, R.: Design of automated 

disassembly devices. In: Annals of The Faculty of Engineering 

Hunedoara. - ISSN 1584-2665. - Tom VII, Fasc. 2 (2009), p. 53-56. 

[11] 

JAVOROVÁ, A., ZVOLENSKÝ, R., PECHÁČEK, F., HORÁK, T.: 

FluidSIM intelligent software tool. In: Ai magazine. - ISSN 1337- 

7612. - Vol. 2, No. 4 (2009), p. 28-29. 

[12] 

KOŠŤÁL, P., MUDRIKOVÁ, A., CHARBULOVÁ, M.: Flexible assembly 

cell and material flow planning. In: Scientific Bulletin. - ISSN 1224- 

3264. - Vol. XXIII : International Multidisciplinary Conference. 8th 

Edition. Romania, Baia Mare, Hungary, Nyíregyháza, May 21-22, 

2009 (2009). - Baia Mare : North University of Baia Mare, p. 189-194. 

[13] 

KRAVÁRIKOVÁ, H.: Conception of low energy homes. 

In: Strojárstvo - Strojírenství. - ISSN 1335-2938. - mim. vyd. : 

Konferencia - Stretnutie katedier mechaniky tekutín a termomechaniky, 


[14] 

KRAVÁRIKOVÁ, H.: Modelling and numerical simulation. In: Zvárač. 

- ISSN 1336-5045. - Vol. 6, No. 1 (2009), p. 15-18. 

[15] 

KRAVÁRIKOVÁ, H.: Solution of thermal fields in fusion welding 

process by numerical simulation. In: Zvárač. - ISSN 1336-5045. - 

Vol. 6, No. 3 (2009), p. 13-16. 

[16] 

MAJERÍK, J., BAŠKA, I., DANIŠOVÁ, N.: Automatization and simulation 

of milling process with support of CAD/CAM system. In: Ai magazine. 

- ISSN 1337-7612. - Vol. 2, No. 3 (2009), p. 44-46. 

[17] 

MUDRIKOVÁ, A., CHARBULOVÁ, M.: Intelligent Assembly Systems. 

In: AMO Conference. - ISSN 1313-4264. - Vol. 3. 9. International 

Conference Advanced Materials and Operations : Scientific Reports. 

Project CII-BG-0203-02-0809 CEEPES. Bulgaria, Kranevo 24-28 

June 2009 (2009). - Sofia : Technical University of Sofia, p. 591-595. 

[18] 

NAĎ, M.: Dynamical analysis of machining tool body with reinforced 

inner core of circular shape. In: Applied and Computational 

Mechanics. - ISSN 1802-680X. - Vol. 3, No. 1 (2009), p. 153-162. 

[19] 

ŠVRČEK, D., BROŽ, V.: Aerodynamic Design of a Propeller Applied 

for the Aircraft ZLIN-226. - In: Aerospace sciences & Aviation 

Technology. - ISSN 2090-0678. - ASAT-13. 13th International 

Conference, Cairo, Egypt, May 26-28, 2009. Abstracts of Scientific 

Papers. - Cairo : Military Technical College, 2009. 

[20] 

ŠVRČEK, D.: Aerodynamic design of optimal propellor. 

In: Strojárstvo - Strojírenství. - ISSN 1335-2938. - mim. vyd. : 

Konferencia - Stretnutie katedier mechaniky tekutín a termomechaniky, 


[21] 

ŠVRČEK, D.: Design of the Rotor Blade for a Wind-Mill Motor. -. 

In: Aerospace sciences & Aviation Technology. - ISSN 2090-0678. - 

ASAT-13. 13th International Conference, Cairo, Egypt, May 26-28, 

2009. Abstracts of Scientific Papers. - Cairo : Military Technical 

College, 2009. 

[22] 

ŠVRČEK, D.: Rotor of wind-mill motor. In: Acta Metallurgica 

Slovaca. - ISSN 1335-1532. - Vol. 15, No. 1 : Energetické premeny 

v priemysle. 11. medzinárodná vedecká konferencia. Demänovská 

Dolina 18.-20.jún 2009 (2009), p. 314-322. 

[23] 

TARABA, B.: Influence of material probe on temperature release of 

cooling oil by Wolfson’s test. In: Strojárstvo - Strojírenství. - ISSN 

1335-2938. - mim. vyd. : Konferencia - Stretnutie katedier mechaniky 

tekutín a termomechaniky, 24.-26.6.2009, Jasná, Demänovská 

dolina (2009), p. 258-261. 

Conferences 

[1] 

ADAMČÍKOVÁ, A., TARABA, B., KOVÁČIK, J.: A Study of Porosity 

Influence on Thermal Diffusivity of Aluminium Foam by Experimental 

Analysis and Numerical Simulation. In: DSL 2009. - , 2009. - p. 188. 

[2] 

BEHÚLOVÁ, M.: Approaches to the modelling of metallic material 

processing in semi-solid state. In: Development of materials science 

in research and education. DMS - RE 2009: Slovak Society for 

Industrial Chemistry, 2009. - ISBN 978-80-89088-81-2. - p. 14-15. 

[3] 

BEHÚLOVÁ, M., MAŠEK, B., MEYER, L.: Computer aided design and 

analysis of dynamic induction heating. In: Proceedings of the 

Manufacturing Science. - ISSN 1843-2522. - MSE 2009 , Vol.I, II. 

Romania, Sibiu, 4th-6th June 2009. - Sibiu : "Lucian Blaga" 

University of Sibiu, 2009, 3-6, volume 1. 

[4] 

BENÁK, M., TARABA, B., TURŇA, MT.: Contribution to the computer 

modelling of explosion welding process. In: MicroCAD 2009 : 

Section L. - Miskolc : University of Miskolc, 2009. - ISBN 978-963- 

661-877-3. - p. 1-5. 

[5] 

CHARBULOVÁ, M., MATÚŠOVÁ, M., CAGÁŇOVÁ, D.: Intelligent 

production systems and clamping systems for intelligent production 

systems. In: MMA 2009. Flexible Technologies. Novi Sad : Faculty 

of Technical Sciences, 2009. - ISBN 978-86-7892-223-7. - p. 194-197. 

[6] 

DANIŠOVÁ, N., HORVÁTH, Š., VELÍŠEK, K.: Design of intelligent 

rotary device. In: MicroCAD 2009 : Section M: Production 

Engineering and Manufacturing Systems. Miskolc. - Miskolc : University 

of Miskolc, 2009. - ISBN 978-963-661-878-0. - p. 225-228. 

[7] 

DANIŠOVÁ, N.: Identification of individual objects at the inteligent 

manufacturing assembly cell. In: ERIN 2009. Education, Research, 

Innovation. Ostrava : VŠB-Technická univerzita Ostrava, 2009. - 

ISBN 978-80-248-1982-2. - p. 1-5.

[8] 

DANIŠOVÁ, N., KOŠŤÁL, P., VELÍŠEK, K.: Transport of Parts to the 

Workplace of Intelligent Manufacturing Assembly Cell. In: RAAD 

2009 , Bukurešť : Printech, 2009. - ISBN 978-606-521-315-9. - p. 1-6. 

[9] 

ĎURIŠ, R., MURÍN, J.: A geometric and physically nonlinear 

thermo-structural analysis of plane bar structure. In: Computational 

Mechanics 2009 . - Plzeň : University of West Bohemia, 2009. - ISBN 

978-80-7043-824-4. 

[10] 

ĎURIŠ, R.: A nonlinear thermo-elasto-plastic analysis of bar 

structure. In: ELITECH `09. Bratislava : STU v Bratislave FEI, 2009. 

- ISBN 978-80-227-3091-4. - p. 1-6. 

[11] 

GEBURA, M., LAPIN, J., TARABA, B.: Microstructure degradation in 

notched nickel base single crystal superalloy CMSX-4 during creep. 

In: SEMDOK 2009 - Žilina : Žilinská univerzita, 2009. - ISBN 978-80- 

8070-959-4. - p. 17-21. 

[12] 

HRUŠKOVÁ, E., HORVÁTH, Š., VELÍŠEK, K.: Utilization of computer 

aided process planning (CAPP) in production planning systems 

(PPS). In: MicroCAD 2009 : Section M: Production Engineering and 

Manufacturing Systems. Miskolc : University of Miskolc, 2009. - 

ISBN 978-963-661-878-0. - p. 229-234. 

[13] 

JAVOROVÁ, A., HRUŠKOVÁ, E., MATÚŠOVÁ, M.: Automated design 

of assembly system with computer aided system help. In: MMA 

2009. Flexible Technologies. Novi Sad : Faculty of Technical 

Sciences, 2009. - ISBN 978-86-7892-223-7. - p. 206-209. 

[14] 

JAVOROVÁ, A., ZVOLENSKÝ, R., PECHÁČEK, F.: Methodology and 

design of automated disassembly device. In: MMA 2009. Flexible 

Technologies. Novi Sad : Faculty of Technical Sciences, 2009. - 

ISBN 978-86-7892-223-7. - p. 210-213. 

[15] 

KOŠŤÁL, P., HRUŠKOVÁ, E.: Intelligent clamps in computer-integrated 

manufacturing (CIM). In: Proceedings of the Manufacturing 

Science. - ISSN 1843-2522. - MSE 2009 : Sibiu : "Lucian Blaga" 

University of Sibiu, 2009, volume 1. 

[16] 

KOŠŤÁL, P., MUDRIKOVÁ, A.: Material flow planning in flexible 

manufacturing. In: MicroCAD 2009 : Section O: Material Flow 

Systems. Logistical Information Technology. Miskolc. - Miskolc : 

University of Miskolc, 2009. - ISBN 978-963-661-880-3. - p. 105-110. 

[17] 

KOŠŤÁL, P., MUDRIKOVÁ, A., PECHÁČEK, F.: Experiences with 

research programs and projects in the area of production machines 

and robotics. Solution possibilities for departments. 

In: Medzinárodné stretnutie Katedier výrobnej techniky a robotiky. 

Trenčín : Trenčianska univerzita Alexandra Dubčeka v Trenčíne, 

2009. - ISBN 978-80-8075-420-4. - p. 48-51. 

[18] 

KRAVÁRIKOVÁ, H.: Analysis of factors influencing to the weld. 

In: Proceedings of the Manufacturing Science. - ISSN 1843-2522. - 

MSE 2009. Sibiu : "Lucian Blaga" University of Sibiu, 2009, 47-50, 

volume 1. 

[19] 

KRAVÁRIKOVÁ, H.: Analysis of stress - strain states at fusion 

welding methods. In: Advanced metal materials and technologies 

2009 (AMMT`2009). Sankt-Peterburg : Izdateľstvo Politechničeskogo 

universiteta, 2009. - ISBN 978-5-7422-2308-5. 

[20] 

LABAŠOVÁ, E., TRUBENOVÁ, J.: Analysis of solution of the 

mathematical models in dynamics. In: Trendy ve vzdělávání 2009. 

Olomouc, 25.6.2009. - Olomouc : Votobia, 2009. - ISBN 978-80- 

7220-316-1. - 99-104, 1. diel. 

[21] 

LABAŠOVÁ, E.: Some aspects of pedagogical research methods. 

In: Educational program content innovation by means of the 

Object-Oriented Didactical transformation : - Trnava : AlumniPress, 

2009. - ISBN 978-80-8096-106-0. - p. 250-255. (in Slovak) 

[22] 

LABAŠOVÁ, E., TRUBENOVÁ, J.: Solutions of differential equations 

in technical subjects. In: Moderní matematické metody v inženýrství 

- Ostrava : Vysoká škola báňská - Technická univerzita v Ostravě, 

2009. - ISBN 978-80-248-2118-4. - p. 142-146. 

[23] 

LUKOVICS, I., PECHÁČEK, F., BÍLEK, O.: Intensification of grinding 

process of ceramic materials. In: 5th International Congress on 

Precision Machining. ICPM 2009 - Košice : Technical University of 

Košice, 2009. - ISBN 978-80-553-0243-0. - p. 139-144. 

[24] 

MAJERÍK, J., ŠANDORA, J., DANIŠOVÁ, N.: Machining application 

with polycrystalline diamond cutting tools. - In: Technológia 2009 - 

Bratislava : STU v Bratislave, 2009. - ISBN 978-80-227-3135-5. - 

p. 183-187. 

[25] 

MATÚŠOVÁ, M., KOŠŤÁL, P.: Tool machine selection with respect to 

operate space. In: MicroCAD 2009 : Section M: Production 

Engineering and Manufacturing Systems. - Miskolc : University of 

Miskolc, 2009. - ISBN 978-963-661-878-0. - p. 163-168. 

[26] 

MUDRIKOVÁ, A., DANIŠOVÁ, N., CAGÁŇOVÁ, D.: Effective 

classwork in virtual laboratory by e-learning. In: Proceedings of the 

Manufacturing Science. - ISSN 1843-2522. - MSE 2009 - Sibiu : 

"Lucian Blaga" University of Sibiu, 2009, 61-64, volume 2. 

[27] 

MUDRIKOVÁ, A., KOŠŤÁL, P.: Material flow in automated production 

systems. In: MicroCAD 2009 : Section O: Material Flow Systems. 

Logistical Information Technology. - Miskolc : University of Miskolc, 

2009. - ISBN 978-963-661-880-3. - p. 153-158. 

[28] 

NAĎ, M.: Sonotrode design for ultrasonic machining technologies. 

In: Computational Mechanics 2009 - Plzeň : University of West 

Bohemia, 2009. - ISBN 978-80-7043-824-4. 

[29] 

NÁNÁSI, T.: Factorisation of frequency equations of elastically 

coupled beams. In: Computational Mechanics 2009 - Plzeň : 

University of West Bohemia, 2009. - ISBN 978-80-7043-824-4 

[30] 

NEČAS, D., TARABA, B.: Design of simulation model of assembling 

cylinder cover. In: Novus Scientia 2009 - Košice : Technická univerzita 

v Košiciach, 2009. - ISBN 978-80-553-0305-5. - p. 761-765 

[31] 

PECHÁČEK, F., JAVOROVÁ, A.: A computer based design 

manufacturing system. In: MicroCAD 2009 : Section M: Production 


Miskolc, 2009. - ISBN 978-963-661-878-0. - p. 175-180. 

[32] 

PECHÁČEK, F., HRUŠKOVÁ, E.: Power ultrasound in machining. 

In: MMA 2009. Flexible Technologies - Novi Sad : Faculty of 

Technical Sciences, 2009. - ISBN 978-86-7892-223-7. - p. 60-63. 

[33] 

PECHÁČEK, F., CHARBULOVÁ, M., HRUŠKOVÁ, E.: Ultrasonic - 

machining intensification factor of ceramics. In: MicroCAD 2009 : 

Section K: Machine and Construction Design. - Miskolc : University 

of Miskolc, 2009. - ISBN 978-963-661-876-6. - p. 65-70. 

[34] 

ŠPANIELKA, J., TARABA, B.: Experimental testing of cooling ability 

of oil ISORAPID 277 HM. In: Novus Scientia 2009 - Košice : Technická 

univerzita v Košiciach, 2009. - ISBN 978-80-553-0305-5. - p. 983-986 

[35] 

ŠPANIELKA, J., TARABA, B.: Experiences with using engineering 

and scientific software at premises of a university. In: Educational 

program content innovation by means of the Object-Oriented 

Didactical transformation - Trnava : AlumniPress, 2009. - ISBN 978- 

80-8096-106-0. - p. 433-437. 

[36] 

ŠVRČEK, D.: Aerodynamic design of propeller blade with optimum 

circulation layout. In: MicroCAD 2009 : Section M: Production 


Miskolc, 2009. - ISBN 978-963-661-878-0. - p. 43-50. 

[37] 

ŠVRČEK, D.: Calculation of aerodynamic characteristics of propellor 

in external design regime. In: Aeronautika 09. Košice : Technická 

univerzita, 2009. - ISBN 978-80-553-0258-4. - p. 1-6. (in Slovak) 

[38] 

TARABA, B.: Experimental and computer model data for cooling 

properties of quenching oil and water in the unagitated state. 

In: MicroCAD 2009 : Section E: Fluid and Heat Engineering. Miskolc 

: University of Miskolc, 2009. - ISBN 978-963-661-870-4. - p. 111- 

115. 

[39] 

TRUBENOVÁ, J., LABAŠOVÁ, E.: Solution of linear algebraic equation 

systems in mechanics of solids. In: 6. konference o matematice a 

fyzice na vysokých školách technických s mezinárodní účastí. Brno : 

Univerzita obrany, 2009. - ISBN 978-80-7231-667-0. - p. 289-300. 

39

40 

[40] 

ZVOLENSKÝ, R., VELÍŠEK, K., KOŠŤÁL, P.: Flexible disassembly 

robot with cartesian structure. In: RAAD 2009. Bukurešť : Printech, 

2009. - ISBN 978-606-521-315-9. - p. 1-4. 

Books 

[1] 

KOŠŤÁL, P.: Production system design by modular system MPS from 

FESTO. - Trnava : AlumniPress, 2009. - 70 p. - ISBN 978-80-8096- 

074-2 

Chapters of Books and Contributions to Volumes 

[1] 

BEHÚLOVÁ, M.: Numerical analysis of the cooling of thin-walled 

pipes from a trip steel. In: Annals of DAAAM and Proceedings of 

DAAAM Symposium. - ISSN 1726-9679. - Vol. 20, No. 1 Austria. - 

Vienna : DAAAM International Vienna, 2009. - ISBN 978-3-901509- 

70-4, p. 1015-1016. 

[2] 

BENÁK, M., TARABA, B., TURŇA, MT.: Contribution to modelling the 

effect of explosives on accelerated material in explosion welding. 

In: Annals of DAAAM and Proceedings of DAAAM Symposium. - 

ISSN 1726-9679. - Vol. 20, No. 1. Vienna : DAAAM International 

Vienna, 2009. - ISBN 978-3-901509-70-4, p. 0353-0354. 

[3] 

CHARBULOVÁ, M., PECHÁČEK, F.: Ultrasonic resonant system parts 

characteristics. In: Machine Design. - ISSN 1821-1259. – 2009. 

Novi Sad : University of Novi Sad, 2009, p. 319-322. 

[4] 

DANIŠOVÁ, N., HRUŠKOVÁ, E., VELÍŠEK, K.: Application of sequential 

diagrams in manufacturing assembly cell. In: Annals of DAAAM and 

Proceedings of DAAAM Symposium. - ISSN 1726-9679. - Vol. 20, 

No. 1. Vienna: DAAAM International Vienna, 2009. - ISBN 978-3- 

901509-70-4, p. 0199-0200. 

[5] 

DANIŠOVÁ, N., VELÍŠEK, K., KOŠŤÁL, P.: Automated tool changing 

system in the intelligent manufacturing and assembly cell. 

In: ISCCC 2009 . Singapore: International Association of Computer 

Science and Information Technology Press, 2009. - ISBN 978-9- 

8108-3815-7. - p. 1-8. 

[6] 

DANIŠOVÁ, N., VELÍŠEK, K.: Intelligent assembly system. 

In: Annals of MTeM for 2009 & Proceedings of the 9th International 

Conference Modern Technologies in Manufacturing. Cluj-Napoca : 

Technical University of Cluj-Napoca, 2009. - ISBN 973-7937-07-04. 

- p. 57-60. 

[7] 

ĎURIŠ, R.: A Geometric Nonlinear Thermo-elasto-plastic Analysis of 

a Plane Bar Structure. In: Machine Modeling and Simulations. - Žilina: 

Scientific and Technical Society at the University of Žilina, 2009. - 

ISBN 978-80-89276-18-9. - p. 29-36. 

[8] 

HOLUBEK, R., VELÍŠEK, K., RUŽAROVSKÝ, R.: Elements automatized 

operating devices and their construction for existing variety 

manipulation. In: Annals of MTeM for 2009 & Proceedings of the 9th 

International Conference Modern Technologies in Manufacturing. 

Cluj-Napoca: Technical University of Cluj-Napoca, 2009. - ISBN 973- 

7937-07-04. - p. 305-309. 

[9] 

HOLUBEK, R., HORVÁTH, Š., VELÍŠEK, K.: Increased effective 

education pneumatic and electropneumatic at virtual laboratory. 


ISSN 1726-9679. - Vol. 20, No. 1. Austria. - Vienna : DAAAM 

International Vienna, 2009. - ISBN 978-3-901509-70-4, p. 0193-0194. 

[10] 

JAVOROVÁ, A., HRUŠKOVÁ, E., VELÍŠEK, K.: Cell design by CA 

tools. In: Machine Design. - ISSN 1821-1259. – 2009.Novi Sad : 

University of Novi Sad, 2009, p. 47-50 

[11] 

KRAVÁRIKOVÁ, H.: Factors affecting the weld. In: Annals of DAA- 

AM and Proceedings of DAAAM Symposium. - ISSN 1726-9679. - 

Vol. 20, No. 1.Vienna : DAAAM International Vienna, 2009. - ISBN 

978-3-901509-70-4, p. 0115-0116. 

[12] 

MATÚŠOVÁ, M., ORAVCOVÁ, J., KOŠŤÁL, P.: Gripping in robotized 

workplaces. In: Machine Design. - ISSN 1821-1259. – 2009. Novi 

Sad : University of Novi Sad, 2009, p. 355-358. 

[13] 

MATÚŠOVÁ, M., HRUŠKOVÁ, E., KOŠŤÁL, P.: Spatial arrangement 

of information and power flows in pneumatics and electro pneumatics 

laboratory. In: Annals of MTeM for 2009 & Proceedings of the 9th 

International Conference Modern Technologies in Manufacturing. 

Cluj-Napoca : Technical University of Cluj-Napoca, 2009. - ISBN 

973-7937-07-04. - p. 169-172. 

[14] 

MUDRIKOVÁ, A., KOŠŤÁL, P., MATÚŠOVÁ, M.: Building of 

a production system program control laboratory. In: Annals of 

DAAAM and Proceedings of DAAAM Symposium. - ISSN 1726-9679. 

- Vol. 20, No. 1. Vienna: DAAAM International Vienna, 2009. - ISBN 

978-3-901509-70-4, p. 0603-0604. 

[15] 

MUDRIKOVÁ, A., KOŠŤÁL, P.: Clamping fixtures in intelligent 

assembly systems. In: Annals of MTeM for 2009 & Proceedings 

of the 9th International Conference Modern Technologies in 

Manufacturing. Cluj-Napoca : Technical University of Cluj-Napoca, 

2009. - ISBN 973-7937-07-04. - p. 201-204. 

[16] 

MUDRIKOVÁ, A., VELÍŠEK, K., KOŠŤÁL, P.: Clamping fixtures used 

for intelligent assembly systems. In: ISCCC 2009 : Proceedings of 

the 2009 International Symposium on Computing, Communication 

and Control. Singapore: International Association of Computer 

Science and Information Technology Press, 2009. - ISBN 978-9- 

8108-3815-7. - p. 9-15. 

[17] 

NAĎ, M.: Effect of Geometric Shape on Modal Properties of the 

Ultrasonic Horn. In: Machine Modeling and Simulations. - Žilina: 

Scientific and Technical Society at the University of Žilina, 2009. - 

ISBN 978-80-89276-18-9. - p. 167-172. 

[18] 

NAĎ, M., RIEČIČIAROVÁ, E., ORAVCOVÁ, J.: The effect of gearing 

to dynamical properties of machine aggregates. In: Machine Design. 

- ISSN 1821-1259. – 2009. Novi Sad : University of Novi Sad, 2009, 

p. 197-200. 

[19] 

PECHÁČEK, F., JAVOROVÁ, A., CHARBULOVÁ, M.: Decrease of 

cutting forces intensity at ceramics grinding by ultrasonic using. 


ISSN 1726-9679. - Vol. 20, No. 1 . Vienna: DAAAM International 

Vienna, 2009. - ISBN 978-3-901509-70-4, p. 0369-0370. 

[20] 

PECHÁČEK, F., VELÍŠEK, K.: Methods of optimal design criteria of 

ultrasound concentrates. In: ITC 2009 : 7th International tools 

conference. Zlín, ČR, 3.-4.2.2009. - Zlín: Univerzita Tomáše Bati ve 

Zlíne, 2009. - ISBN 978-80-7318-794-1. - 

[21] 

PECHÁČEK, F., JAVOROVÁ, A.: Ultrasonic influence to cutting forces 

intensity at ceramics grinding. In: Machine Design. - ISSN 1821- 

1259. - 2009 : Novi Sad : University of Novi Sad, 2009, p. 373-376. 

[22] 

PECHÁČEK, F., JAVOROVÁ, A.: Powerful ultrasound – progressive 

method of ceramic abrasives. In: ITC 2009 : 7th International tools 

conference. Zlín, ČR, 3.-4.2.2009. - Zlín : Univerzita Tomáše Bati ve 

Zlíne, 2009. - ISBN 978-80-7318-794-1. - 

[23] 

ŠVRČEK, D., BEHÚLOVÁ, M.: Wind axis rotors with aerodynamic 

efficiency. In: Annals of DAAAM and Proceedings of DAAAM 

Symposium. - ISSN 1726-9679. - Vol. 20, No. 1. Vienna : DAAAM 

International Vienna, 2009. - ISBN 978-3-901509-70-4, p. 1457- 

1458. 

[24] 

TARABA, B.: Technological process analyses as combined task of 

the CAD and FEM software. In: Machine Design. - ISSN 1821-1259. 

– 2009. Novi Sad : University of Novi Sad, 2009, p. 51-54. 

[25] 

ZVOLENSKÝ, R., VELÍŠEK, K., KOŠŤÁL, P.: Design methodology of 

automated disassembly device. In: Machine Design. - ISSN 1821- 

1259. – 2009. Novi Sad : University of Novi Sad, 2009, p. 7-10.

INSTITUTE 

OF PRODUCTION 

TECHNOLOGIES

42 

INSTITUTE 

OF PRODUCTION 

TECHNOLOGIES 


• Computer-Aided Production Technologies 

• Production Technologies 

• Machining and Assembly 

• Computer-Aided Design and Production 

• Forming 

• Welding and Joining Materials 

• Engineering of Co-ordination and Inspection in Welding 

• Industrial and Art Casting 

• Powder Metallurgy 

• Machine Technology and Materials 

Director Koloman Ulrich, Professor, PhD. 

e-mail: koloman.ulrich@stuba.sk 

tel.: ++421918646055 

Address Bottova 25, 917 24 Trnava, Slovak Republic 

tel.: ++421918646037 

tel.: ++421/33/5521007 

fax: ++421/33/5521002 



• Department of Welding 

• Department of Machining and Assembly 

• Department of Foundry 

• Department of Forming 

Staff 







• soldering and brazing 

• explosive welding 

• weldability of steels 

• welding plastic materials 

• surfacing and tribology 

• adhesive bounding 

• foundry technology – preparation of the molten metal 

• preparation of moulding materials 

• powder metallurgy – technology of powder processing 

• plasma-electrolytic technology – surface treatment of metals 

• art foundry 

• development of new foundry alloys 

• theory of machined parts manufacturing, creatics, 

measurement and assembly 

• CIM, CAD/CAM, CAPP, CAQ, CAA 

• 3D art engraving 

• manufacturing of dies 

• qualitity of measurement 

• formability of new materials 

• high parametrical forming 

• hardening surface layer 

• experimental methods for forming 

• computer simulation


The research of the Institute of production technologies is oriented 

to the industrial technologies with respect to research and 

development in the sphere of high-tech technologies. The main 

fields of the industrial technologies at the Institute of production 

technologies are: machining, forming, foundry and welding. 

Key directions of scientific research activity at the Institute 

of production technologies are focused on the support of the 

development of individual science and educational branches. It is 

safeguarded to the responsibilities for the special growth of workers. 

The attention is devoted first to the actual and prospective questions 

related to industrial technologies in conditions of SR, at which are 

made provisions for international trends as well as the integration 

processes to EU. The mark of scientific research work and activity 

is determined by originality of the scientific orientation of the 

teachers and scientific research workers, the material supply of the 

main workstations and the solution of scientific and socially best 

known questions of social work. The Institute of production 

technologies is oriented to the trans-regional pedagogic and 

scientific activity in many aspects, cooperates with and is enlarging 

the co-operation with the more renowned scientific research 

institutes abroad. International co-operation in research is 

implemented mainly with the exchange of information, results, 

knowledge for education of PhD students (fellowships, educational 

visits, workshops). 

The scientific directions of our main workstations are determined 

for the long term and cover the production and technological 

aspects of exploitation of all resources and solutions of actual 

questions in given branches. The layout of projects is oriented 

mostly to the production technologies in co-operation with 

industrial practices on the basis of actual global problems. 

The central spheres of our scientific research are: 

• Production and control of components with complex forms 

and strict surface. 

• Numerical simulation and optimization of production in surface 

and volume forming of metallic materials - prediction 

of formability. 

• Modification of surfaces of stainless steel with plasma 

discharge in electrolytes. 

• Art casting. 

• Classical and special methods of joining and cutting metallic 

and non-metallic materials. 

• Tribology and surface engineering. 

All important and original results are presented at our institute, at 

seminars and conferences at home and abroad, and are published 

in reviewed or non-reviewed scientific journals and in professional 

journals. 

The results from the research activities are transferred to the 

educational process within specific subjects and also for the solution 

of bachelor, diploma and PhD works. 

CENTRE OF EXCELLENCE 

Centre of Excellence for Five-Axis Machining (CE) 

In the previous issue of this Annual Report, we introduced the 

orientation of the university’s faculty research and we mentioned 

the emerging Centres of Excellence and the concept of the project 

Slovakion. In this article we would like to introduce more about the 

Centre of Excellence covering Five-Axis Machining. 

What is five-axis machining? 

Free shaped surfaces are surfaces that can not easily be described 

analytically, they are increasingly in demand due to their attractive 

appearance. The machining technology that is used to create this 

manufacturing is called Five – Axis Machining. 

Five-axis machining is one of the main trends in cutting technology 

used for mould production. The term five-axis machining means 

cutting machine tools through which the movement carried out 

moves in five different axes simultaneously. The benefit of five-axis 

machining is the machine‘s ability to machine complex shapes in 

a single set-up and achieve a uniform surface with roughness 

being cultivated. 

The project is designed under the Operational Program, with direct 

access to support research and development and precautionary 

measures. 

Promoting networks with excellent research and development 

of departments as pillars of regional development and the support 

of sub-regional cooperation. 

Activities of the project. 

Formal: 

• Development of internal rules and guidelines 

for the functioning of the university’s ‘Centre of Excellence, 

five-axis machining’. 

• To define the basic long term directions of development. 

Implementation: 

• Procurement and installation of machinery, equipment, 

accessories and tools, 

• Initiating the pilot operation of mechanical instruments 

and the CE base, 

• Provision and installation of CAD/CAM software, 

• Introduction of the pilot operating software for the CE base. 

The project will consist of two departments: 

1. A CNC HSC WORKPLACE of HIGH-TECHNOLOGY 

FOR FIVE-AXIS MACHINING; 

2. A CAD/CAM WORKPLACE of HIGH TECHNOLOGY 

FOR FIVE-AXIS MACHINING. 

THE CNC HSC WORKPLACE of HIGH-TECHNOLOGY of 5-axis 

machining consists of three machine tools: 

1.1 CNC HSC five-axis milling machine; 

1.2 CNC HSC five-axis ultrasonic machine, 

1.3 Five-axis CNC turning machine with a counter shaft. 

CAD/CAM WORKPLACE of HIGH-TECHNOLOGY for 5-axis 

machining consisting of the following software: 

2.1 CAD software for 3D modelling and the designing of moulds, 

2.2 CAM software for 3D and 5D set up NC programs and the 

simulation of the 5D machining tool, 

2.3 CAD/CAM software for the modelling and machining of reliefs, 

2.4 CAD/CAQ software for the reconstruction of shape 

and control surfaces. 

1.1 CNC HSC five-axis milling machine 

We are using a machine called “HSC 105 linear”. With 

high-dynamic linear drives in all axes this machine reaches 

accelerations of up to 2g and 90m/min rapid speed, which 

allows an increase in productivity of up to 20%. The rigid 

bridge type design and the direct measuring systems in 

combination with the high speed 3D control iTNC 530 

guarantee maximum precision. Simultaneous 5 axis machining 

(option) is another innovation, realised by a swivelling axis in 

the spindle head and a NC- table. An optional automatic 

pallet changer as well as a shelf type tool magazine for up to 

120 tools complete the modular field of application of the HSC 

105 linear [gildemeister.com]. 

43

44 

1.2 CNC HSC five-axis ultrasonic machine 

We are using the CNC machine called “ULTRASONIC 20 

linear, SAUER”. This machine conquers the market of micro 

and precision machining. High-tech at a cutting-edge level: 

the linear drives lead to maximum acceleration in X, Y, Z > 1.4 

g, a positioning accuracy of ± 2.5 µm | 0.0001 in. and a re 

peat accuracy of as little as ± 1 µm | 0.00004 in. The 

optional expansion into a 4- / 5-axis-machine with a torque 

motor in the C-axis and servo motors in the A-axis, brings 

unrivalled flexibility. The water-cooled USB 40-machining 

spindle with up 40,000 rpm. opens up a wide spectrum of 

diverse applications in the sector of hard machining and 

HSC-milling. Excellent vibration absorption, sturdiness and 

stability for such applications is ensured by the cast-mineral 

base in monoBLOCK design [gildemeister.com]. 

1.3 Five-axis CNC turning machine with a counter shaft. 

We are using the “CTX alpha 500”, designed to complete 

machining with a counter spindle and Y-axis. This machine 

series is particularly suitable for heavy bar, chuck and shaft 

machining. [gildemeister.com] 

The Faculty of Materials Science and Technology (FMST) has 

extensive experience with the working use of the CAD/CAM 

technology company DELCO in 3D modelling and 3D 

machining. This project is expanding the 3D CAD/CAM 

department to CAD/CAM 5D machining. 

2.1 CAD software for 3D modelling and the designing of moulds is 

called ‘vyu69van7’ CAD Design and Modelling software 

“PowerShape” designed to conceptualise 3D modelling and 

the designing of moulds [delcam.com]. 

2.2 CAM software for 3D and 5D set up NC programs and the 

simulation of the 5D machining tool. 

The core of the programs will be NC CAM software, 

“PowerMill” which is specialist software for the manufacture of 

the complex shapes typically found in the toolmaking, 

automotive and aerospace industries. This software offers key 

features which includes a wide range of strategies, including 

the high-efficiency roughing, high-speed finishing and five-axis 

machining techniques. The PowerMill software is CAM software 

for High Speed Machining, Multi Axis Machining and electrode 

manufacture [delcam.com]. 

2.3 CAD/CAM software for the modelling and machining of reliefs, 

We are using software “ArtCAM” that provides a CAD 

modelling and CNC CAM machining solution of 3D relief on the 

plane. ArtCAM allows the creation of high quality products 

from 2D artwork [delcam.com]. In cooperation with software 

‘ArtCAM’ –‘PowerShape’-‘PowerMill’ we will be able to 

implement five-axis simulation and CNC machining of reliefs 

on free form surfaces. 

2.4 CAD/CAQ software for the reconstruction of shape and control 

surfaces. 

The software known as “CopyCAD” gives a specific and 

complete point data, manipulation and transformation 

solution. CopyCAD offers control over a point cloud data set, 

rapid surface generation, triangulation wizard cuts processing 

time down to a minimum. CopyCAD’s position in the Power 

Solution (with software PowerMill) offers the capability to 

quickly and accurately machine scanned models in PowerMill 

[delcam.com]. 

Project objectives. 

Application of high-technology five-axis machining: 

• Multi axis CNC machining, 

• Complex CNC machining, 

• HSC and HSM technologies, 

• Multi-energy methods of machining, 

• Multi axis CA technologies. 

Project outputs. 

In the Centre of Excellence we are able to create: 

• Research methods and strategies, all 5-axis machining 

adjusters, intermittent and continuous CNC milling 

of shaped surfaces. 

• Research of HSC CNC milling and turning shaped surfaces. 

• Research of CNC ultrasonic machines that can machine 

materials that are hard to machine. 

• Research into the use of CA technologies in the categories 

of CAD/CAM / CNC / CAQ. 

New information - follow-up project. 

The Slovak University of Technology, as a beneficiary, once again 

responded to the call of the “Operacného programu Výskum a 

vývoj OPVaV 2007 – 2013 OPVaV-2009/2.1/02-SORO”, especially 

to the challenge of networks of excellent workplaces, their research 

and regional pillar development together with the development and 

promotion of subregional cooperation. The deadline was the 1st of 

June 2009 according to the ‘Agency of the Ministry of Education for 

the structural funds’. The post-secondary project ‘Centre of 

Excellence five-axis machining’ is almost worth 2.6 million Euros 

under the name of ‘Centre of Excellence for 5-axis machining - 

High-tech research experimental base’, and it was successful. 

What are the aims of the next project? 

The project aims at expanding the ‘Centre of Excellence for five-axis 

machining’ with new high technologies. 

We are planning to construct the following workplaces: 

1. CNC HSC WORKPLACE of HIGH-TECHNOLOGY FOR FIVE-AXIS 

MACHINING; 

2. WORKPLACE CONTROLS AND MEASUREMENTS. 

1. CNC HSC WORKPLACE of HIGH-TECHNOLOGY FOR 

TREATMENT OF 5-axis machining will be extended to the CNC 

machines in the laboratory: 

I. LABORATORY CNC MACHINE TOOLS 

1.II.1 CNC HSC five-axis milling machine construction 

of a new cradle, 

1.II.2 CNC HSC CNC five-axis laser machine, 

1.II.3 Multi-axis CNC Tool grinders. 

The following CNC robots are used for machining 

in the laboratory: 

II. CNC LABORATORY ROBOT FOR MACHININING 

1.II.4 CNC multi-axis milling machining for ROBOT 

milling machines. 

1.II.5 CNC multi-axis ROBOT for the manipulation of workpieces. 

1.II.6 CNC multi-axis ROBOT for laser machining. 

2. WORKPLACE CONTROLS AND MEASUREMENTS for the 

CE FIVE-Axis machining is made up of the following devices: 

2.1 DYNAMOMATER (rotating and stationary) with equipment for 

measuring cutting forces during cutting and strategies of 

five-axis machining. 

2.2 MEASURING multi-axis machine that measures the tools’ 

cutting forces including any accessories - measurement and 

control of the shape and dimensions of cutting tools (cutters, 

drills, etc.). 

2.3 A stabilisation device with accessories for stabilising the 

running of -cutting tools used for HSC machining, 

2.4 MONITORING SYSTEM of cutting fluids used to control the 

properties of the cutting fluids, 

2.5 3D scanner used to obtain a digital shape of the worked 

surfaces.

Finally. 

Using high-speed machining equipment HSM (High Speed 

Machining), HSC (High Speed Cutting), multi-technology 5-axis 

machining (ultrasonic, laser) and different techniques of CE 5-axis 

machining are added among the workplaces which have an 

experimental base for high-tech research. 

The Centre will have the opportunity to realize the basic research 

on 5-axis machining of complex shape parts, including control and 

measurement and will also be able to monitor the quality of cutting 

fluids and cutting processes. It will be able to provide for all levels 

of learning in education together with establishing an experimental 

base for doctoral researchers from Slovak and foreign universities, 

and also practitioners. 

Production of tools (dies, models, moulds and forging dies etc.) 

for production technologies is one dominant field of engineering in 

industry all over the world. The best economics dispose of the best 

developed and best quality production of moulds and dies. Our 

opinion is that Slovak manufacturing without the best mould and 

die manufacturers will never be able to compete or be on the 

same level as world top leaders. 

The ambition of the project is to help mould and die manufacturers 

(developers, designers, technologists, quality control persons, 

supervisors, young starting engineers and also skilled senior 

engineers) to mostly find theoretical and practical orientation 

(guidance) in this difficult cutting process of five-axis machining. 


TOWARDS A COMMON RESEARCH PROJECT 

(01.10.2008-31.12.2011) 

prof. Dr. Ing. Jozef Peterka 

The main purpose of the project is to expand the theoretical 

concept of CAD-CAM-CNC on concept CAD-CAM-CNC-CAQ-CAD 

and experimentally verify this new concept in the field of 

manufacturing of free form surfaces and in the field of assembly 

parts with free form surfaces in the conditions of university. 

6. RP EÚ (01.09.2009 - 31.12.2011) 

doc. Ing. Peter Šugár, CSc. 

Multivariete optimization of the metal spinning processes-research 

and development 

Specific innovation objectives, state-of-the art, needs addressed, 

market impact and potential benefits. 


APVV-0057-07 (02.06.2008-31.12.2010) 

doc. Ing. Milan Marônek, CSC. 

Research of welding and Forming of Nitrooxidatively Treated Steel 

Sheets 

The nitrooxidative layers enhance significantly mechanical and 

anticorrosive properties of metal sheets. The project deals with the 

research of nitrooxidative layers making on metal sheets, the 

research of appropriate welding methods of such treated plates 

and with the study fo forming and corrosive resistance of made 

weld joints. In the field of welding the basic characteristics of 

made weld joints will be studied (shape, structure, mechanical 

properties, weldability) by using the advanced technologies of 

weldin of nitroocidatively treated sheets. 

VMSP-P-0009-09 (03.09.2009-31.07.2011) 

Ing. František Kolenič, PhD. – project participant for MTF – prof. 

Ing. Koloman Ulrich, PhD. 

Complex of technological electrorays of welding, welding on and 

surface material treatment. 

The project deals with a module and nets research of universal 

electronrays technological complex and their integration into an 

independent functional unit. A subject complex enables the 

forming of welds in 3D according to the setted parameters. The 

size of weld to one transfer will be 80 mm. There is a device of 

programming of technological ray movement. It forms unique 

surface layers with electronrays remelting. The fire-powder sprays 

are remelted. The added sprays or material in a wire form can be 

also remelted. It enables the surface treatment of metal materials 

without added material in the first phase (without surface setting) 

as well as in the liquid phase (with a surface setting). The complex 

is determined for specific industrial applications in welding, a 

forming of specific layers and a surface thermal material treatment. 

11/2009 (28.01.2009-06.02.2009) 

doc. Ing. Peter Pokorný, PhD. 

Research and testing production board testers 

In the project we address the design and production testers 

for testing integrated circuits in LCD TVs. Research was also done 

on production test series testers and subsequent testing in the 

assembly. 

14/2009 (10.02.2009-17.02.2009) 


Research and testing of the assembly plant 

In the project we address the design and manufacture of 

assembly plants for the automotive industry. Research has also 

manufactured a series of test preparation and subsequent testing 

in the assembly. 

16/2009 (12.02.2009-19.02.2009) 

doc.Ing.Štefan Podhorský 

The polishing of castings 

The practical application of the plasma-electrolytic process in the 

field of the surface polishing of metallic parts for the engineering 

industry. 

25/2009 (13.03.2009-16.03.2009) 


Plasma polishing of samples 



industry. 

28/2009 (01.04.2009-09.04.2009) 


Research and testing of the assembly plant 



manufacture a series of test preparation and subsequent testing in 

the assembly. 

31/2009 (01.04.2009-15.04.2009) 



The practical application of the plasma-electrolytic process in the field 

of the surface polishing of metallic parts for the engineering industry. 

45

46 

47/2009 (15.04.2009-13.08.2009) 





industry. 

33/2009 (22.04.2009-19.06.2009) 





industry. 

32/2009 (23.04.2009-30.04.2009) 


Research and implementation of engineering work-assembly plant 



manufactured a series of test preparations and subsequent testing 


49/2009 (01.06.2009-05.06.2009) 

Ing.Ladislav Morovič ,PhD. 

Research and examining of welded parts 

The delivered welded parts were scanned with optical method by 

3D scanner. The obtained digital 3D CAD models of welded parts 

were compared with reference to the 3D CAD model of welded 

parts. The deviations of shape and dimensions were presented on 

colour deviation maps. 

51/2009 (04.06.2009-10.06.2009) 


Research and implementation of engineering work-assembly plant 



manufactured a series of test preparations and subsequent testing 


65/2009 (15.07.2009-20.07.2009) 


Research and measuring of 3D parts 

The delivered copper parts were scanned with optical method by 

3D scanner. On the obtained digital 3D CAD models of copper parts 

we determined the measurements of required dimensions. 

63/2009 (15.07.2009-22.09.2009) 



A practical application of the plasma-electrolytic process in the 

field of surface polishing of metallic parts for the engineering 

industry. 

66/2009 (22.07.2009-24.07.2009) 


Research and examination of the achievement of a digitized 3D 

model 

The delivered glass parts were scanned with the optical method 

by 3D scanner. The obtained digital 3D CAD models of glass parts 

were compared with reference 3D CAD models of glass parts. The 

deviations of shape and dimensions were presented on colour 

deviation maps. 

85/2009 (20.10.2009- 30.10.2009) 


Optical 3D scanning of thin sheet metal pressings 

The delivered sheet metal pressings were scanned with optical 

method by 3D scanner. The obtained digital 3D CAD models of 

pressings were compared with reference to the 3D CAD model of 

pressing. The deviations of shape and dimensions were presented 

on colour deviation maps (on the whole surface and in cross 

section of pressing). 

KEGA 3/6140/08 (01.01.2008- 31.12.2010) 

prof. Dr. Ing.Ivan Kuric 

Globalization of education of the academical technical orientation 

of undergraduates with aspect to increasing their flexibility, 

mobility and skills 

The instrument for the achievement of goals will be the implementation 

of modern electronical instruments as WEB aplications and 

e-education, mobility of students. It will be suggested and 

achieved a complex e-education system. Methods of the project 

will be the combination of the classic approach of study with 

realization of mobilities on partnership universities and the work 

with the electronic education system. 

VEGA 1/4109/07 (01.01.2007- 31.12.2009) 

prof. Ing. Čaus Alexander, DrSc. 

Optimisation of heat treatment conditions of steels for cast cutting 

and forging tools. 

The goal of the project is acquisition of new findings from the field 

of heat treatment of steels for cast cutting and forging tools which 

will enable the purposeful increase of durability and life of the 

tools. It is a study of the effect of heat treatment conditions on 

the structure and basic properties of the steels for cast cutting and 

die tools of the usual chemical composition, as well as the steels 

to be treated with inoculants and modifiers. First of all we will pay 

attention in the study to the effect of heat treatment on the kinetics 

of tranformation of primary structure and phase composition of 

the steels studied with establishment of relationships between 

technological parameters of operations of annealing, quensching 

and tempering on the one hand and the structural changes and 

final properties on the other hand. Taking into consideration the 

fact that tool materials’ carbide phases are very important factors 

affecting drastically their finale properties, in the project we will 

study morphology and character of distribution of the eutectic and 

secondary carbides in the structure steels studied after annealing, 

quenching and tempering from the properties of steels point of 

view. On the basis of the gained results, the optimisation of heat 

treatment conditions of the steels for cast cutting and forging tools 

will be held. 

VEGA 1/4108/07 (01.01.2007- 31.12.2009) 

prof. Ing. Ivan Baránek, CSc. 

New trends and next developments of superfinishing technology. 

The introduced project is oriented into new ambit evolution of 

superfinishing, because it always is possible to give into technology 

the new information, improving all machining process thereby, that 

reduce wear of tools and machine tools, increase machining 

surface quality in superfinishing (reducing surface roughness), 

enable cutting difficult approachable places of surface machine 

part, reduce production costs, or reduce time of superfinishing. 

VEGA 1/4111/07 (01.01.2007- 31.12.2009) 

prof. Ing. Lipa Zdenko, CSc. 

Implantation of differential and other mathematical methods into 

analytical theory of machining 

Analytic theory of machining worked till now mainly by mathematical 

tools of lower level and did not utilize the possibilities of various 

mathematical and physical methods. Some machining problems are 

possible to solve by using procedures and methods utilized 

in other scientific discipline (transformational and rheological 

methods). We can also use Mathematical analysis, Dimensional 

analysis, Energetic analysis, especially in Dynamics of machining, 

in machining forces theory, in Thermodynamics of machining 

(thermic and temperature conditions) and in research of all 

attendant phenomena in machining. 

VEGA 1/0354/08 (01.01.2008- 31.12.2010) 

Ing. Štefan Podhorský, PhD. 

The technologic and the enviromental aspects of the plasma-electrolytic 

process used for stainless steel polishing 

The subject of the project is a new, unconventional method for 

polishing and surface finishing of stainless steel products - the 

technology of plasma polishing. The technology utilizes the physical 

effect of the electric discharges onto the metal surface sunken in 

an electrolyte. 

VEGA 1/0130/08 (01.01.2008- 31.12.2010) 


Research of influence of CAM strategies on achieved dimension 

accuracy and roughness of machined surface in conditions of 

university Hi-tech laboratory 

The project is focused on research of influence CAM strategies 3D 

milling (for example raster, spiral, offset, box etc.) and 4D milling 

of parts with free form surface on achieved accuracy of dimensions 

and achieved roughness of machined surfaces.

VEGA 1/0060/08 (01.01.2008- 31.12.2010) 

doc. Ing. Jozef Bílik, PhD. 

Numerical simulation and experimental verification of laser welded 

tailored blanks formability for the automotive industry 

The project submits a proposal of formability prediction of laser 

welded tailored blanks of different thicknesses and properties using 

the numerical simulation and its subsequent experimental verification. 

The aim of the project will be to observe the kinds of tailor 

welded blanks failure and welded joints location influence on their 

formability. 

VEGA 1/0381/08 (01.01.2008- 31.12.2010) 

doc. Ing. Roman Koleňák, PhD. 

Study of effect of physico-metallurgical aspect of high-temperature 

brazing on the structure of joints in metallic and ceramic materials 

The physico-metallurgical characteristics of high-temperature brazing 

of high-alloy steels Ti, Ta, Mo, Co alloys etc. were investigated, 

Structural characteristics of brazing alloy during high-temperature 

brazing were studied. 

VEGA 1/0842/09 (01.01.2009- 31.12.2011) 

prof. Ing. Milan Turňa, PhD. EWE 

Special methods for metallurgical bonding of hard-to-weld materials 

and their application in manufacture of new materials with high 

technical parameters. 

Design, experimental approval, and scientific reasoning of progressive 

matallurgical bonding of special and combined materials. A selection 

of special technologies of welding, soldering, etc. or hardto-weld 

materials and materials sensitive to degradation in the process 

of technological processing. An application of new technologies 

of metallurgical bonding for manufacture of special materials 

with high technical parameters. Here can be mentioned for example 

the technologies of solid state welding (explosion, diffusion, 

MPW:FSW), welding and soldering with concentrated power sources 

(LB, EB, IB), RS and WS soldering. Engineering of special surfaces. 

Simulation of technological processes. Diagnosing the structural 

stability of fabricated joints by thermodynamical calculations 

with utilisation of CALPHAD program and databases for elucidation 

of mechanisms of joint formation. Design of workplace for explosion 

welding and building the laboratory for diffusion bonding and 

soldering with induction heating. 

SK-SRB-00407 (01.01.2008-31.12.2010) 

Augustín Görög, Assoc. Prof., PhD. 

Accurary of machining and machine tools. 

LIST OF SUBJECTS GUARANTEED WITH THE INSTITUTE 

Adhesive bonding 

Apreture of artistic castings 

Assembly machines 

Assembly Technology 

Assembly Technology and CAA systems 

Assembly Theory 

Atelier of Modeling and Production of 3D Products 

Bachelor project 

Bachelor thesis 

Basis of Assembly 

Basis of CAx technology 

CA systems and computer simulation processes 

CAD/CAM Systems 

CAPP systems of Process Planning 

Castings design considerations 

CAx technologies 

Complex Systems Quality 

Computer aid in foundry and PM 

Computer Aided Productions Technologies 

Design and manufacturing of welding constructions 

Dissertation Project 

Effects of foundry technology on environment 

Equipment for foundry and metal casting 

Experimental Methods in Forming 

Experimental Methods in Machining 

Final project 

Finishing Methods of Machining 

Flat Forming 

Flexible Production Lines for Forming Process 

Forming Machines 

Forming Process Automation 

Forming Tools 

Foundry technology 

Fundamentals of manufacturing technologies and systems 

Geometrical Product Specification 

Graduate project 

Graduate thesis 

Industrial Technologies and Production Devices 

Information and control technology in welding 

Inspection in welding 

Investment casting for artistic purposes 

Machine Tools and Fixtures 

Machine Tools and Tools 

Machines and equipment in foundry and PM 

Machines and Tools for Forming 

Machining and Forming Theory 

Machining Technology 

Machining Technology and Metrology 

Machining Theory 

Maintenance and renovation 

Materials joining 

Measuring and Control Parameters of Products 

Mechanization and Automation 

Mechanization and Automation in Machining 

Metrology 

Metrology and CAQ systems 

Metrology and Testing 

Non-conventional metallurgical processes 

Non-conventional mould production 

Opening Computer aided of production technologies 

Optimization of Forming Processes 

Optimization of Forming Processes for Small-Lot Production 

Paedeutical Activity 

Performance of production systems 

Planning of welding manufacture 

Practice 

Preparation of castings and PM parts production 

Production Process Planning 

Production processes and systems in foundry and PM 

Production System 

Programming NC machines 

Programming Practice 

Progresive methods of measuring parts 

Progressive Machining Methods 

Progressive Methods of Assembly Machines Products 

Projecting of Forming Tools by Computer 

Projecting of production processes and systems 

Projecting of production systems 

Quality and casting defects 

Quality control of weld joints 

Research Work 

Safety of Machines and Production Facilities 

Selected Clauses from Theory and technologies casting 

Selected Clauses from Theory and technologies forming 

Selected Clauses from Theory and technologies machining, metrology 

and assembly 

Selected Clauses from Theory and technologies welding 

Semestral Project 

Simulation of Forming Processes 

Soldering 

Special Technologies of artistic castings production 

Special Technologies of casting 

47

48 

Special welding and cutting methods 

Studio of modeling and production 3D products 

Technical Preparation of Production in Forming 

Technical Preparation of Production in Machining 

Technological Design 

Technological Process Modelling and Simulation 

Technologies of special cast iron preparation 

Technology of composite materials processing 

Technology of Forming 

Technology of materials production 

Technology of powder metallurgy 

Theory of Forming 

Theory of foundry 

Theory of foundry and welding technology 

Theory of foundry technology 

Theory of welding 

Tribology and surface engineering 

Volume Forming 

Welding and casting machines 

Welding fixtures 

Welding machines and equipments 

Welding technology 



Auxt, Ľ.: 

Application of technology of forming in the automotive industry 

Barcík, V.: 

Modelling techniques in CAD 

Bellay, M.: 

Computer aided design and manufacturing in the automobile 

industry 

Bernadič, P.: 

The proposal and the realization of the pressure plate production 

Beťko, J.: 

Soft Solders for higher working temperatures 

Beťková, K.: 

Laser brazing of metal materials in automotive industry 

Blšťák, R.: 

Connection measuring probe and CAM software 

Bludovič, M.: 

Audio-visual support of learning PowerSHAPE 

Bogdányi, L.: 

Exploitation CAD software PowerShape at modelling car 

Bohunický, A.: 

Modern Machining Devices 

Bošeľa, M.: 

Analysis and technological parameters of Precise forging 

Bubanec, B.: 

Ultrasonic Flaw composites made explosion 

Budzel, V.: 

Measuring methods of the surface buckling 

Cebro, T.: 

Monitoring the process of degradation of PVC by physical 

methods 

Daňo, J.: 

Welding parts of a motor - car by laser beam 

Daxner, M.: 

Reliability of Lead free solder joints in microelectronics 

Drobný, A.: 

Measurement probes and their utilization in engineering 

Držík, M:: 

Cut off layer cross section and formation of chips when turning 

Držka, M.: 

Modified ST mixtures on the basis of water glass 

Farkas, R.: 

Design and creation of a thread measurement poster 

Frimel, V.: 

Renovation and repair of the functional parts tools of a laser 

welding 

Gábor, T.: 

High-speed machining 

Gajdoš, M.: 

Rapid Tooling 

Giertl, R.: 

Overview of foundry methods of high speed steel to improve 

their structure and properties 

Gorný, R.: 

Comparison of precision CNC millers at KOM 

Gregora, R.: 

Rail Welding Within the Slovak Railways 

Grúbel, M.: 

Strategies for machining in CAM 

Gubien, M.: 

Wire Cut Electro Discharge Machining 

Hanicová, E.: 

Evaluation Possibilities for Plasticity and Formability of materials 

at processing of Metal Plates 

Hencz, M.: 

Proposal of appliance for paring parts of composite materials 

Herceg, P.: 

Simulations and their utilization in machining 

Hesko, P.: 

Rapid Prototyping 

Heteš, M.: 

Cutting forces during milling 

Hlaváčová, I.: 

Point welding in the car manufacturing industry 

Hornák, M.: 

Highfrequency welding and deposition metals 

Horváth, T.: 

Superfinish and it's development trends 

Hôrka, M.: 

Soldering of copper pipings 

Hrašna, Š.: 

The manufacture of precise deep holes 

Hurajt, M.: 

Construction of technology in casting 

Chovanec, L.: 

Quality of machined surfaces after 4-axis and 5-axis milling 

Chudý, P.: 

Possibilities of parametric CAD software T-Flex 

Ivic, J.: 

Software for cutting liquid quality evaluation 

Jackulík, L.: 

Welding of plastic parts in a car industry with ultrasound 

Janeček, M.: 

Creation of NC programs for a cutting machine 

Janíček, R.: 

The comparison of macroscopic and microscopic plastic 

deformation of steel in connection with the static compresion test 

Jankech, D.: 

Metallurgical joining of Mg alloys 

Juráková, Z.: 

CNC centreless grinding 

Jurkas, M.: 

Water Jet Machining 

Kabátová, V.: 

Creating of coatings by laser and evaluation of quality 

Karaivanov, D.: 

The Global trends in the machining of forms 

Kašuba, R.: 

CA systems of production and control of machining components

Kišša, E.: 

Roughness of Treated Surface and its Evaluation 

Kočitý, M.: 

Tool forces near turning 

Kollár, M.: 

Audiovisual support of learning PowerMILL program 

Kollár, V.: 

CAD/CAM software FeatureCAM 

Kosinszký, A.: 

Laser metal deposition of implement materials 

Kovács, A.: 

Model proposition of hovercraft in Powershape software 

Kozej, M.: 

Production ways of wax model of figural plastic 

Kožík, M.: 

Design of a simplified model using Rapid Prototyping 

Technology 

Krajčí, M.: 

Influence of surface adjustments to wetting of epoxy adhesives 

Kramár, T.: 

The effect of finish of thin steel sheets on their weldability 

Krampoťák, P.: 

Non desctructive testing of a steel weld joint 

Kresťanko, J.: 

Assembly of lifting device 

Kubovič, P.: 

Study of delamination in drilling 

Kučerák, P.: 

The production of screws by extrusion 

Laburdová, P.: 

Possibilities of parametric CAD software T-Flex 

Lebeda, M.: 

Software for teaching reading of micrometer-devices 

Lím, M.: 

Polishing and assembling of fibreoptic connector 

Lisinovič, D.: 

CAM strategies of phrasing 

Magula, R.: 

Quality assessments of point welds during car manufacturing 

Maňko, J.: 

Design and assembly of a safety valve 

Márk, A.: 

Rationalisation of production in company Pro Wind Slovakia Ltd 

Marko, M.: 

Analysis of worn and damaged shearers 

Maroš, J.: 

Seats assembly 

Martinus, M.: 

Tool wear of fibre composite materials machining 

Matulová, D.: 

CAM as a global view on a computer support in production 

Mazán, Ľ.: 

Measuring on the coordinative measure machine 

Mičic, P.: 

3D CAD/CAM software ArtCAM 

Mikulová, B.: 

Technical calculations in machining 

Minárik, M.: 

CAD systems and model creation in program PowerShape 

Molent, M.: 

The use of ceramic filters in casting 

Mujgoš, M.: 

Roughness measuring on free form surfaces 

Muráň, T.: 

Design of the installation pneumatic cylinder 

Nádaský, P.: 

Resistance of welding in industry 

Nemsila, J.: 

Brazing of aluminium and aluminium alloys 

Novák, M.: 

Assembly design of disc clutch 

Obrtáč, J.: 

Selection of protection atmosphere for MAG welding of cargo 

boom 

Otočková, P.: 

Exploiting software in metrology 

Palacka, M.: 

Utilization of laser cladding in renovation of damaged 

components of machines 

Pastorek, T.: 

Design of technology of part production on line hydratropic 

Podhájsky, A.: 

Comparison of mechanic characteristics of drawn tubes 

Poláčik, M.: 

The Classification Forms of Cogwheel Production 

Pós, P.: 

Connection of CAQ in CIM model 

Praženka, R.: 

Welding of plastic pipelines systems in water industry 

Puskásová, S.: 

Rating of formability of metallic materials 

Rehák, P.: 

Measurement technology in conditions of the Department 

of material machining, the Faculty of Materials Science 

and Technology STU - video 

Rosenberger, M.: 

Software for learning how to scale reading on vernier's caliper 

Strýček, P.: 

Cutting with a plasma ray 

Synaková, B.: 

Utilization of Drop Forgings from Light Non-ferrous Metals 

in the Automobile Industry 

Šelmeci, O.: 

Water jets and their use in REZMAT spol. s r.o. 

Šintal, J.: 

Assembly design for LCD television production 

Škoda, M.: 

Utilization of CAD in musical instrument designing 

Štefák, P.: 

Automation equipments for workplaces of mechanical working 

Štefanec, J.: 

Precision of components produced by CAM strategies 

Šuhajda, P.: 

Laser welding of TRIP steel 

Šuňal, I.: 

The creation of hard use of the laser weld deposit 

Tomáš, L.: 

Application of the Finite Element Method in Tooling 

Tóth, J.: 

Utilization CAD - CAM system for health service 

Trebichalský, P.: 

The measurement of a deformation of trimetal manufactured 

by explosion welding 

Trulík, F.: 

Turning tools with convertible cutting slides and areas of their 

application 

Trulík, T.: 

High speed cutting 

Uhrinová, J.: 

Diffusion welding of combined materials 

Vanák, P.: 

Resources of non-contact temperature measurement 

in the machining 

Vizváry, T.: 

Accompanying phenomena in machining composite materials 

49

50 

Vöröš, M.: 

The measurement of contactless methods on asperity surface 

Vyhnička, P.: 

Calculating angles of rotation in lathe work 

Zázrivec, M.: 

Soldering with high-heat lead-free solders 

Zbyvateľ, A.: 

Modern cutting materials 

Žák, D.: 

Monitoring of the cutting fluinds 


Augustin, R.: 

High temperature brazing of stainless steel 

Barczi, T.: 

Optimalization of resistance welding of roller bearing 

Bartošek, L.: 

New teaching technologies and their application in the 

Department of machining and assembly 

Bayer, M.: 

Design of suitable production equipment for the production 

of a prototype decontamination equipment in the company 

called AllDeco s. 

Bazala, P.: 

Design of workplace arrangement for production 

of hydrodynamic transformer 

Behúlová, D.: 

Application of the Goldak model for electric arc welding 

Belás, R.: 

Development engineering of selected components production 

under the conditions in PSL, a. s. Považská Bystrica 

Bellay, J.: 

Proposal of grippers for transport sheet metal parts 

in press with a few tools 

Beňo, M.: 

Proposal for effectivity increase in chain system assemblage 

Benovič, M.: 

Design of the production and installation of the manual lift 

device (jack) 

Bernadič, Ľ.: 

Production of wire meshes by cold rolling 

Bilkovič, M.: 

Copper and tin solid state welding technology 

Bilovský, P.: 

Arrangement design of assembly workplaces 

and their automation 

Blaško, M.: 

Evaluation of the accuracy of systems ATOS and TRITOP 

Blažej, B.: 

Assembly of selected airtechnical device 

Bohušová, K.: 

Investigation of weld deposits of ferritic creep resistant steels 

Boleček, M.: 

The analysis process extracts angular drawing 

Bothová, I.: 

The study of soldered joints interface in microelectronics 

Brezovský, F.: 

Effect of endurance hole(s) shape on the strength 

of the fillet - part of ultralight aircraft wing (UAC) 

Cibuľa, M.: 

Impact of temperature conditions on behavior of metal-graphit 

brushes 

Dekrétová, M.: 

Steel pipes for combustible liquids – influence of a parameters 

and added materials selection on the mechanical properties 

of pipes 

Dikácz, F.: 

Convenience of a laser weld on technology for forming 

of composite layers resistance against abrasion 

Dobišová, M.: 

Sheet steels with higher strength and their applicability 

for forming process in the automobile industry 

Doboš, R.: 

Influence of clamping on circularity deviation with outer facing 

Dudžák, Š.: 

Welding of steel plates with laser 

Dugovič, Z.: 

Welding nitrooxidation treated steel sheets pulse Nd:YAG laser 

Duliak, I.: 

Maintenance of valves in energetics 

Ďurica, M.: 

Welding TRIP steel with concentrated power sources 

Dvořák, V.: 

Influence of Total production maintenance on assembly 

line efficiency in PSA Peugeot Citroen Trnava 

Dzíbela, M.: 

Rationalization of tool and form production 

Filo, B.: 

Improvement of the efficiency of zinc-coated wire drawing 

Florkovičová, R.: 

Study of the friction process in bulk forming 

Frankovič, J.: 

Optimal Welding Procedure Proposal of the Part of Frame 

of Welding Machine for BRANSON Company 

Fraňo, R.: 

Designing of the carrier profile for exterior and interior 

architecture made of steel plate by bending 

Gažo, A.: 

Study of layers resistant against abrasive process 

in a dependence on used forming technology 

Geryk, A.: 

Optimalization of assembly process in the enterprise 

Konštrukta - Industry a. s., Trenčín 

Greguš, T.: 

Lead-free solders with increased working temperatures 

Hafnerová, N.: 

Welding of stainless steel with a pulse Nd:YAG laser 

Hanko, T.: 

A motorcycle design using CAx technologies 

Hanzen, V.: 

Influence of core mixtures for molding compounds 

with bentonite that are used in Zlievaren Trnava Ltd. 

Hegedüs, J.: 

Application of welder appliance in production 

of great volume objects 

Hodulík, R.: 

Training software for support of jigging theory education 

Hollósy, T.: 

Activities of informations management 

Horňák, P.: 

Design of optimal measurement method of conic areas 

in production 

Horváth, T.: 

Analysis of quality parameteres for tooled surfaces 

Chmelina, P.: 

Manufacture rationalization of component "hydraulic plate" 

in the VOP Trenčín, a. s. company 

Chovanec, S.: 

Animations for chosen progressive methods of machining 

Chudík, P.: 

Collated mechanical properties of specimens manufactured 

by Rapid Prototyping with selected methods 

Janáč, R.: 

Welding aluminium with the tin in consistent state 

Jankech, J.: 

Special bearers for drawing steel wire 

Jassa, F.: 

Production of selected components

in the company Ilmont spol. S r. o. 

Jurinová, M.: 

Welding a pump of a hydrodynamic converter by CMT method 

in protective active gas atmosphere 

Karika, G.: 

The proposal of technology by bending of tapered light poles 

Kleinedlerová, I.: 

Evaluation analysis of selected roughness surface parameters 

on short areas 

Kolman, P.: 

Draft of production method of caster smoke munition 

Koloň, P.: 

Drawing of steel wires without surface treatment 

Konečná, L.: 

Design of the technology of "internal Wheel" forged production 

using simulation 

Kováč, J.: 

Production and assembly optimalization of testing modules 

of cable bands 

Kováč, M.: 

Exploitation of CA technologies in process of design 

and manufacturing for wing hanger 

Kováčik, M.: 

CAM strategy milling operation and quality milled surface 

Krafský, R.: 

Pretreatment of steel surface before galvanic chrome plate 

using the plasma discharges in electrolyte 

Krajčiová, J.: 

Welding and heat treatment of new creep resistant austenitic 

steels for ultra super critical boilers 

Kravárik, Ľ.: 

Possibilities for simulation of technological processes of forging 

Krištof, V.: 

Welding of a cog-wheel from steel C55 

Kubíček, R.: 

Welding of Stainless Steels Using the TIG Method for the 

Purpose of Food Processing Industry 

Kubovič, P.: 

Machining of composite Materials 

Kvaššay, J.: 

Welding of AlMg3 alloy with a pulse Nd:YAG laser 

Lacko, S.: 

Drilling of through holes into profiles of railing 

Levák, M.: 

Proposal to improve the machining in SaM, operations 

Metalchem 

Lezo, D.: 

Design of CAM software for water jet machining 

Madoš, J.: 

Effect of Cu in joints created by lead-free solders 

Macháček, V.: 

Solution of chosen problems of maintenance 

Machovičová, S.: 

Modern approaches in application of lubricants in die forging 

Martančík, B.: 

Welding of Hadfield steel with iron 

Marušinec, Ľ.: 

Design method for production opening on the company Matador 

Automotive a.s. 

Melko, M.: 

Identification of risks using welding sources 

Mikoláš, J.: 

Milling strategies 

Mnich, I.: 

Welding parameters’ influence on mechanical characteristics 

and formation of volume and surface 

Mulík, P.: 

Assessing the structural stability of steel - Cu - Al trimetal 

fabricated by explosion welding 

Nerádová, M.: 

Influence of the annealing temperature on corrosion resistance 

of heat resisting steel and weld metal after large plastic 

deformation 

Nosáľ, D.: 

Effect of Cd on the structure and properties of zinc alloy used 

for the centrifugal casting method TEKCAST 

Núdzik, M.: 

Study of microstructural changes in high speed steels 

for cast cutting tools at their heat treatment 

Ondráš, P.: 

Production of a selected component in the company ELE 

Advanced Technologies Ltd. 

Ondruška, J.: 

Research of solid state welding of compound metals 

Oravec, E.: 

Modification and installation of duct system for exhaust gas 

in reverse washer 

Pásztor, R.: 

Simulation of analyses for exploitation in technology 

of free forging 

Pavlík, L.: 

Development of metallurgical bonding of metals for solar collectors 

Pivková, A.: 

Optimization of the method of separating and form processing 

of Sklotextit in the conditions of the company ZŤS-ŠPECIÁL, a.s. 

Dubnica nad Váhom 

Plank, M.: 

Accuracy of CNC lathe SUI 500 COMBI 

Pogač, M.: 

Milling of thin-walled components 

Porubský, J.: 

Study of the effect of treating in high-speed steels for casting 

cutting tools 

Porubský, R.: 

Surface roughness cutting with plasma and laser 

Provazník, M.: 

Study of transition areas of soldering joint ITO ceramics 

Psota, Ľ.: 

Produce scope plate with precision cutting 

Puschenreiter, Ľ.: 

Injection mould correction 

Radimák, R.: 

Analysis of resistance spot welding with electrode Nitrode and 

CuCrZr type in the VW company 

Ridzoň, M.: 

The influence of green strength of compacts through 

the powder density change of reduced iron powders 

Rolník, R.: 

Laser Welding of DP 600 steel 

Roščák, Ľ.: 

Influence of quality surface sheet on expansion of plastic 

deformity by cold mechanical working 

Sahul, M.: 

Welding of steel automotive industry by laser 

Samson, R.: 

The surfacing of tin on structural steel the explosion welding 

Slahučka, M.: 

Welding of Aluminium pulse Nd:YAG laser 

Slotík, T.: 

Improvement of technological production process of closing 

grapple disc of glass machine in the conditions of BOST SK a.s. 

Sojka, J.: 

Analysis of properties of an unconventional slip material made 

by an isostatic pressing of powder high-speed steel out 

of molybdenum 

Sokolovič, J.: 

SA1015 lead-free solder alloy application to production process 

of new type of digital board 

51

52 

Streicher, F.: 

Explosion welding of brass with tin 

Struhár, V.: 

Rationalization of production of precision hole for flue sheet 

heat exchangers 

Stúpal, J.: 

A substitute of grinding for turning by a cylibrating cutting tool 

in polyspindle machine 

Suchý, M.: 

Properties study of lead-free solder BiAg11 

Svitek, J.: 

Cause analysis of raised incidence of foundry mistakes 

in console castings 

Szabo, J.: 

External mounting of an underground transformer station 

Šimo, E.: 

Production improvement of selected gear wheels 

Škantár, M.: 

Opportunities for modification of chemical composition of iron 

eutectic powders by high temperature treatment 

Škorvánek, Z.: 

Economic and ecological aspects of microlubrication 

Šnejt, M.: 

Dependence of density compact on the changeover apparent 

density WPL ferrous powder by selected pressures 

Štefánik, M.: 

Design of manufacture's technology of quick clamps 

Šurina, S.: 

Chosen Type of Cutting Tools Wear and Durability 

Takács, L.: 

Rationalization of assembly in TECHNOGYM E.E. s. r. o. 

Tarko, J.: 

Physical-metallurgical characteristics of high-temperature 

brazed joints 

Tománek, F.: 

The Algorithmization and software support of selected tasks 

from theory of machining 

Trencsik, C.: 

Comparison of software PowerMILL, SURFCAM and SprutCAM 

Urik, D.: 

Production of cockpit panels in aircraft modernizing 

Valachovičová, L.: 

Proposed solution for swinging of axial bearings 

in the conditions of INA Ltd. Skalica 

Valášek, J.: 

The Project of manufacture rationalization 

in the EKOMET-KUPREX Ltd company 

Vanák, T.: 

Effect of fixative forces on accuracy turning component 

Vandák, D.: 

Design of repair-technology for zinc-coated transformer tanks 

Varačka, M.: 

Classification of parts from view of CNC production 

Vargová, K.: 

Cutting of materials with a laser 

Vargová, Z.: 

A proposal of a belt carrier treatment in the environment 

of "Machines and Mechanisms Inc." 

Vávra, M 

Unconventional methods of metal plate binding 

Vicena, A.: 

Rationalization of technological process parts drive pulley 

Vnučko, M.: 

Surface roughness of cut by waterjet 

Vrabec, J.: 

The technology proposition of silicone rubber molds 

and its influence on the properties of Zn alloy castings 

Vrábel, J.: 

Milling of cavitations of casting forms on the base of organic systems 

Zahorec, N.: 

4D copying milling 

Zaňát, I.: 

Rationalization of turning operation of inner ring with outer 

track of the rolling bearing 

Zemko, P.: 

Modeling and kinematics verification of tandem die by using 

computing technique 

Zvončan, M.: 

Creation of the National park Veľká Fatra memorial coin model 

Ženiš, P.: 

Thermal field modelling during oxygen cutting 

of steel supported by an experiment 

Žišková, D.: 

Production of an electric connecting cable to an electric 

appliance and a desicion for its development engineering 

Dissertations 

Adameková, Z.: 

The reclamation of moulding mixtures with the polymer bind 

Antalová, D.: 

Technology of welds – influence of weld joinings on fatique life 

of welded constructions 

Kasala, M.: 

Study of materials resistant against abrasive process 

Moravčíková, J.: 

Indirect measurement methods and their application 

in production practice 

Polakovič, M.: 

Simulation of milling with a semi-hemisphere cutter – design 

and algorithm creation 

Szewczyková, B.: 

Reliability and life cycle of soldered joints created with leadless 

soldersin microelectronic 

Tršo, M.: 

Study of range area of welds created with explosion 


prof. Ing. Milan Turňa, PhD. 

• Czech Republic, ČVUT Prague 

• Germany, TU Dresden 

• Czech Republic, Výskumný ústav priemyselnej chémie Pardubice 

doc. Ing. Viktor Tittel, CSc. 


• Poland, TU Wroclaw 


• Austria, fy TRUMPF 

• Czech Republic, ŽĎAS, a.s. Žďár nad Sázavou 

Ing. Ladislav Morovič, PhD. 

• Czech Republic, Delcam Brno, s.r.o. 

• Hungary, Györ 

• Austria, Vienna 

prof. Dr. Ing. Jozef Peterka 

• Germany, BMG Pfronten 

• Czech Republic, DMG Brno 

• Germany, fy Hermle AG 


• Austria, TU Graz 

• Czech Republic, JMSK Hodoním 



• Australia, University

Ing. Peter Pokorný, PhD. 

• Germany, BMG Pfronten 

• Czech Republic, DMG Brno 

• Germany, fy Hermle AG 

• Germany 


Ing. Katarína Frkáňová 


Ing. Michal Omámik 


prof. Ing. Alexander Čaus, DrSc. 

• United States of America, Las Vegas 

• Italy 


Ing. Kristína Demianová 

• Czech Republic 

prof. Ing. Alexander Janáč, CSc. 


Ing. Peter Gogola 

• Germany 


• Czech Republic 

• Italy, EMO 2009 Miláno 

• Czech Republic, FSI VUT Brno 


doc. Ing. Augustín Görög, PhD. 




Ing. Erika Hodúlová, PhD. 

• Russia, Univerzita St. Petersburg 

• Croatia, Univerzita Slavonski Brod 

Ing. Michal Benák 

• Italy 

Ing. Martin Tršo 

• Italy 

Ing. Roland Šuba, PhD. 

• Czech Republic, Prague 

doc. Ing. Štefan Podhorský, PhD. 

• Czech Republic, Prague 


prof. Ing. Koloman Ulrich, PhD. 

• Singapore, International conference 

doc. Ing. Milan Marônek, CSc. 

• Singapore, International conference 

• Italy, Politecnico di Milano 

doc. Ing. Jozef Bílik, CSc. 



• Austria, fy TRUMPF 


doc. Ing. Mária Kapustová, PhD. 



doc. Ing. Matej Beznák, CSc. 


Ing. Svätopluk Mečiar, CSc. 


Ing. Eugen Belica 


doc. Ing. Anton Ulík, CSc. 



Ing. Beáta Szewczyková, PhD. 


doc. Ing. Peter Šugár, CSc. 


Ing. Jana Šugárová, PhD. 


Ing. Martin Ridzoň 

• ŽĎAS, a.s. Žďár nad Sázavou 


Eneco Zumalde, Eng. 

Spain, Inpromat, S. Coop 

MEMBERSHIP IN SLOVAK PROFESSIONAL 

ORGANISATIONS 

Slovak Welding Society 

doc. Ing. Milan Marônek, PhD. 

Ing. Erika Hodúlová 

Ing. Pavel Kovačócy, PhD. 

Prof. Ing. Koloman Ulrich, CSc. 

Ing. Ingrid Kovaříková, PhD. 

Ing. Vladimír Púčik 


Ing. Ladislav Pavlovič 

Prof. Ing. Pavel Blaškovitš, DrSc. 

Slovak Associations of Steel Constructions 

Prof. Ing. Koloman Ulrich, CSc. 

Slovak Mechanical Society 

prof. Ing. Jozef Bača, CSc. 

DAAAM Slovakia 

Prof. Ing. Jozef Peterka, PhD. 

Section of Production Machines and Equipment 


Association of Universities of the Third Age 

Doc. Ing. Ivan Baránek, CSc. 

Slovak Chamber of Commerce and Industry 

Doc. Ing. Ivan Baránek, CSc. 

Machining of the SR 

Prof. Ing. Alexander Janáč, CSc. 

53

54 

Scientific Society of Metal Study SAV 

prof. Ing. Alexander Čaus, DrSc. 

Scientific Society of Metal Study 

doc. Ing. Viktor Tittel, CSc. 

Slovak Maintenance Society 

Ing. Svätopluk Mečiar, CSc. 

Slovak Metrology Society 

doc. Ing. Augustín Görög, PhD. 

Technical Standard Committee 


1st Welding Company, Inc. 

prof. Ing. Koloman Ulrich, PhD 

Slovak Institute of Technological Normalization - TK 76 

Corrosion and Material Protection against Corrosion 

Ing. Štefan Václav, PhD. 

Ing. Peter Pokorný, PhD. 

Slovak Tribology Society 





prof. Ing. Pavel Blaškovitš, DrSc. 

Slovak Scientific Technical Society 

Doc. Ing. Milan Borovička, CSc. 


ORGANISATIONS 

International Institute of Welding IIW 


doc. Ing. Milan Marônek, PhD. 





DAAAM 

Prof. Ing. Alexander Janáč, CSc. 

American Welding Society 


Czech Welding Society 


Czech Society for New Materials and Technologies 

doc. Ing. Pavel Kovačócy, PhD. 

International Tribology Society 


PUBLICATIONS 

Journals 

[1] 

BEZNÁK, M., BAJČIČÁK, M., ŠUBA, R.: The study of silicon mould 

thermal loading during spin casting of zinc alloys. In: Vedecké 

práce MtF STU v Bratislave so sídlom v Trnave. Research papers 

Faculty of Materials Science and Technology Slovak University of 

Technology in Trnava. - ISSN 1336-1589. - No. 27 (2009) 

[2] 

BÍLIK, J., TITTEL, V., DOBIŠOVÁ, M., ŠUBA, R.: Formability of 

CP-W 800 steel sheets. In: Vedecké práce MtF STU v Bratislave so 

sídlom v Trnave. Research papers Faculty of Materials Science and 


1336-1589. - No. 27 (2009) 

[3] 

BÍLIK, J., TITTEL, V., BABICOVÁ - KRŠIAKOVÁ, Ľ.: Analysis of 

material property and technology of chasis components production 

from steel. In: Hutnik- Wiadomości Hutnicze. - ISSN 1230-3534. - 

Vol. 76, Nr 8: Forming 2009. The 16th International Scientific 

Conference on the Plasticity of Materials. Zakopane, 9-12 wrzesnia 

2009 (2009), p. 562-565. 

[4] 

CHAUS, A.: Effect of silicon and germanium on the structure and 

properties of cast high-speed steel. In: Metal Science and Heat 

Treatment. - ISSN 0026-0673. - Vol. 51, Iss. 1-2 (2009), p. 33-39. 

[5] 

CHAUS, A.: Effects of Heat Treatment on Structures and Properties 

in Wrought and Cast High-speed Steels. In: Netsu Shori. - ISSN 

0288-0490. - Vol. 49, Special Issue 2: Proceedings of the 17th 

International Federation for Heat Treatment and Surface 

Engineering, October 27-30, 2008 Kobe, Japan (2009), p. 584-587. 

[6] 

CHAUS, A.: Structure and Property Enhancement in High-speed 

Steels upon Primary Solidification of a Melt.In: Solid State 

Phenomena. - ISSN 1012-0394. - Vol. 144 (2009), p. 267-272. 

[7] 

CHAUS, A.: Pouring of silicon and germanium to the structure 

of cast sharp cutting steel. In: Metallovedenije i termičeskaja 

obrabotka metallov. - ISSN 0026-0819. - No 1 (643) (2009), p. 35-40. 

[8] 

CHAUS, A., HUDÁKOVÁ, M.: Wear resistance of high-speed steels 

and cutting performance of tools related to structural factors. 

In: Wear. - ISSN 0043-1648. - Vol. 267, Iss. 5-8 (2009), p. 1051- 

1055. 

[9] 

DEMIANOVÁ, K., ONDRUŠKA, J.: Induction heating in technological 

processes of metallurgical joining metals. In: Zvárač. - ISSN 1336- 

5045. - Vol. 6, No. 4 (2009), p. 12-15. 

[10] 

ELEKOVÁ, Ľ.: Comparison of conventional and structured abrasives. 

In: Vedecké práce MtF STU v Bratislave so sídlom v Trnave. 

Research papers Faculty of Materials Science and Technology 

Slovak University of Technology in Trnava. - ISSN 1336-1589. - No. 

27 (2009). 

[11] 

KAPUSTOVÁ, M.: Analysis of drop forging in closed die using 

a computer. In: Vedecké práce MtF STU v Bratislave so sídlom 



1336-1589. - No. 27. - , 2009. 

[12] 

KOLEŇÁK, R.: Point ways of welding and materials joining. 

In: Zvárač. - ISSN 1336-5045. - Vol. 6, No. 1 (2009), p. 60-64. 

[13] 

KOLEŇÁK, R.: Soldering of ceramic materials. In: Materials Science 

and Technology [online]. - ISSN 1335-9053. - Vol. 9, No. 4 (2009), 

p. 7-15.

[14] 

KOLEŇÁK, R., RUŽA, V.: Solderability of light metals and their alloys. 


[15] 

KOSNÁČ, Ľ., RUŽA, V., KOLEŇÁK, R.: Oxidation and corrosion 

resistance of a brazed joint. In: Zváranie - Svařování. - ISSN 0044- 

5525. - Vol. 58, No. 9-10 (2009), p. 241-246. 

[16] 

KOVÁČ, P., TITTEL, V.: Utilization of "Dynaform" simulation 

software to verification of material appropriate for components 

produced by drawing. In: Materials Science and Technology - ISSN 

1335-9053. - Vol. 9, No. 3 (2009), p. 1-6. 

[17] 

KOVAŘÍKOVÁ (née SUKUBOVÁ), I., SZEWCZYKOVÁ, B., 

BLAŠKOVITŠ, P., HODÚLOVÁ, E., LECHOVIČ, E.: Study and characteristics 

of abrasive wear mechanisms. In: Materials Science and 

Technology - ISSN 1335-9053. - Vol. 9, No. 1 (2009). 

[18] 

KUCHÁRIKOVÁ, E., PETERKA, J.: Cutting fluids management. 




26 (2009), p. 33-38. 

[19] 

LECHOVIČ, E., SZEWCZYKOVÁ, B.: New aspects of Assembly by 

Flip-Chip Technology in Microelectronics. In: Zvárač. - ISSN 1336- 

5045. - Vol. 6, No. 2 (2009), p. 29-31. 

[20] 

LECHOVIČ, E., HODÚLOVÁ, E., SZEWCZYKOVÁ, B., KOVAŘÍKOVÁ 

(née SUKUBOVÁ), I., ULRICH, K.: Solder joint reliability. 

In: Materials Science and Technology . - ISSN 1335-9053. - Vol. 9, 

No. 1 (2009). 

[21] 

LIPA, Z., TITTEL, V.: Use of deformation parameters for calculation 

of cutting forces. In: Strojírenská technologie. - ISSN 1211-4162. - 

Vol. 14, No. 2 (2009), p. 27-31. 

[22] 

MEČIAR, S., KOŠŤÁLOVÁ, M.: Forming line suggestion for bearing 

hooks production. In: Annals of The Faculty of Engineering 

Hunedoara. - ISSN 1584-2665. – Tom VII, Fas. 1 (2009), p. 61-64. 

[23] 

PALCUT, M., SOPOUŠEK, J., TRNKOVÁ-RÍZEKOVÁ, L., HODÚLOVÁ, 

E., SZEWCZYKOVÁ, B., OŽVOLD, M., TURŇA, MT., JANOVEC, J.: 

Thermal analysis of selected tin-based lead-free solder alloys.. 

In: Kovové materiály. Metallic materials. - ISSN 0023-432X. - Vol. 

47, No.1 (2009), p. 43-50. 

[24] 

PETERKA, J., POKORNÝ, P., POLAKOVIČ, M., BURANSKÝ, I.: 

Surface Roughness by Copy Milling. In: Manufacturing Engineering. 

Výrobné inžinierstvo. - ISSN 1335-7972. - Vol. 8, No. 3 (2009), 

p. 15-16 

[25] 

POKUSOVÁ, M., MURGAŠ, M., BELICA, E.: Regenerate plaster - 

anhydride mixture. In: Sborník vědeckých prací Vysoké školy báňské 

- Technické univerzity Ostrava. Transactions of the VŠB - 

Technical Universtiy of Ostrava. - ISSN 0474-8484. - Vol. LII, No. 

2 (2009), p. 279-286. 

[26] 

POKUSOVÁ, M., MURGAŠ, M., TEHLÁR, P., MIHÁL, S., ČAPLOVIČ, 

Ľ.: Metallurgical processing of aluminium Al-Si alloy with increased 

iron content. In: Sborník vědeckých prací Vysoké školy báňské - 

Technické univerzity Ostrava. Transactions of the VŠB - Technical 

Universtiy of Ostrava. - ISSN 0474-8484. - Vol. LII, No. 2 (2009), 

p. 273-278. 

[27] 

REVESOVÁ, S.: Selection of materials and technology on creation 

layers resistance against abrasive wear. In: Zvárač. - ISSN 1336- 

5045. - Vol. 6, No. 4 (2009), p. 29-33. 

[28] 

RIDZOŇ, M., MALÍK, A., BÍLIK, J.: Reengineering tube production 

of three-draw single-run technology. In: Vedecké práce MtF STU 

v Bratislave so sídlom v Trnave. Research papers Faculty of 

Materials Science and Technology Slovak University of Technology 

in Trnava. - ISSN 1336-1589. - No. 27 (2009). 

[29] 

RUŽA, V., KOLEŇÁK, R.: Solderability of noble metals and their 

alloys. In: Zváranie - Svařování. - ISSN 0044-5525. - Vol. 58, No. 

3 (2009), p. 71-73. 

[30] 

RUŽA, V., KOLEŇÁK, R.: Solderability of cuprum and its alloys. 


[31] 

RUŽA, V., KOLEŇÁK, R.: Solderability of high- and low-meltable 

metals. In: Zváranie - Svařování. - ISSN 0044-5525. - Vol. 58, No. 

5-6 (2009), p. 134-137. 

[32] 

SCHWARZ, L., VRTOCHOVÁ, T.: Technologies of creating surface 

layers of the laser cladding. In: Zvárač. - ISSN 1336-5045. - Vol. 6, 

No. 4 (2009), p. 23-27. 

[33] 

ŠIMEK, M.: Study of laser cladding technology with additional 

materials in the form powders. In: Zvárač. - ISSN 1336-5045. - Vol. 

6, No. 3 (2009), p. 23-26. 

[34] 

TITTEL, V., ZELENAY, M.: A comparison of die geometry in the 

drawing process. In: Vedecké práce MtF STU v Bratislave so sídlom 



1336-1589. - No. 26 (2009), p. 81-86. 

[35] 

ULÍK, A., KRAVÁRIK, Ľ., BERNADIČ, Ľ.: Research of metal flow 

in closed die in precision forging. In: Vedecké práce MtF STU v 

Bratislave so sídlom v Trnave. Research papers Faculty of Materials 

Science and Technology Slovak University of Technology in Trnava. 

- ISSN 1336-1589. - No. 27 (2009). 

[36] 

VRTOCHOVÁ, T.: Renovation and Increase Life Time of Tools with 

Laser Cladding. In: Zvárač. - ISSN 1336-5045. - Vol. 6, No. 1 

(2009), p. 25-28. 

[37] 

ZEMKO, P., KAPUSTOVÁ, M.: Modeling of tandem tools using 

a computing technique. In: Materials Science and Technology - 

ISSN 1335-9053. - Vol. 9, No. 5 (2009), p. 21-27. 

Conferences 

[1] 

AUGUSTIN, R., KOLEŇÁK, R., RUŽA, V.: High-temperature brazing 

of stainless steels. In: Zváranie 2009. Welding 2009:: Slovenská 

zváračská spoločnosť, 2009. - ISBN 978-80-89296-09-5. - p. 223- 

228. 

[2] 

BABICOVÁ - KRŠIAKOVÁ, Ľ., BÍLIK, J.: Analysis of production 

technology of undercarriage part for automotive industry. 

In: International Doctoral Seminar 2009: Proceedings.. - Trnava: 

AlumniPress, 2009. - ISBN 978-80-8096-088-9. - p. 420-426. 

[3] 

BALLA, J., KOLENIČ, F., KOVAŘÍKOVÁ (née SUKUBOVÁ), I.: 

Progress in weld deposits forming resistance against abrasion. 

In: INTERTRIBO 2009: X. medzinárodné sympózium.: KONGRES 

management, 2009. - ISBN 978-80-89275-19-9. - p. 121-123. 

[4] 

BARÁNEK, I.: Hard turning and superfinishing. In: Moderní výrobní 

technologie pro 21.století. Modern Production Technologies for the 

21st Century . Brno: Vysoké učení technické v Brně, 2009. - ISBN 

978-80-214-3914-6. - p. 63-68. 

55

56 

[5] 

BÁRTA, J., MARÔNEK, M.: Parameters proposal for CO2 laser welding 

of nitrooxidation treated steel sheets. In: International Doctoral 

Seminar 2009 AlumniPress, 2009. - ISBN 978-80-8096-088-9. - 

p. 13-19. 

[6] 

BENÁK, M., TARABA, B., TURŇA, MT.: Contribution to the computer 

modelling of explosion welding process. In: MicroCAD 2009: 

Section L: Material Science and Material Processing Technologies. 

University of Miskolc, 2009. - ISBN 978-963-661-877-3. - p. 1-5. 

[7] 

BENÁK, M., BURANSKÝ, I., POCISKOVÁ DIMOVÁ, K.: Measurement 

of distortion in bimetal fabricated by explosion welding. 

In: International Doctoral Seminar 2009 . Trnava: AlumniPress, 

2009. - ISBN 978-80-8096-088-9. - p. 20-25. 

[8] 

BENÁK, M., NESVADBA, P., TURŇA, MT.: New knowledge on the 

welding on of CrNi austenitic steel to aluminium in solid state. 

In: Technológia zvárania 2009: Trnava: AlumniPress, 2009. - ISBN 

978-80-8096-102-2. 

[9] 

BENÁK, M., TRŠO, M., TURŇA, MT., NESVADBA, P.: Structural 

Stability of Composite Materials, Prepared by Explosion Welding, 

after their Heat Treatment. In: DSL 2009: 5th International 

conference on diffusion in solids and liquids. 2009. - p. 361. 

[10] 

BENÁK, M., TURŇA, MT., PALČEK, P., NESVADBA, P.: Study of 

Explosion Welding of Mg Alloy with Aluminium. In: DSL 2009: 5th 

International conference on diffusion in solids and liquids. 2009. - 

p. 362. 

[11] 

BEZNÁK, M., BAJČIČÁK, M., ŠUBA, R.: The main stages of 

technological cycle for low melting point alloys casting by tekcast 

method. In: Material science and manufacturing technology - 

MITECH 2009 . Česká zemědělská univerzita v Praze, 2009. - ISBN 

978-80-213-1931-8. - p. 34-39. 

[12] 

BLAŠKOVITŠ, P., KOVAŘÍKOVÁ (née SUKUBOVÁ), I., HODÚLOVÁ, 

E., SZEWCZYKOVÁ, B.: Properties of composite laser layers 

resistant against abrasion. In: INTERTRIBO 2009 .KONGRES 


[13] 

CHAUS, A., RUDNICKII, F.: Diffusion and Secondary Carbide 

Precipitation in High-Speed Steels. In: DSL 2009: 5th International 

conference on diffusion in solids and liquids. 2009. - p. 353. 

[14] 

CHAUS, A., BEZNÁK, M.: Diffusion in MC Carbides in High-Speed 

Steels during High-Temperature Treatments. In: DSL 2009: 5th 

International conference on diffusion in solids and liquids. 2009. - 

p. 359. 

[15] 

CHAUS, A.: Advanced technologies and materials for cast cutting 

tools production. In: Technológia 2009: Bratislava: STU v Bratislave, 

2009. - ISBN 978-80-227-3135-5. - p. 3-7. 

[16] 

CHOVANEC, J., KRAXNER, J., ŠVANČÁREK, P., GALUSEK, D.: 

Optimisation of alumina water suspensions for tape casting. 

In: Proceedings of VIIIth International Conference "Preparation of 

Ceramic Materials".: Technical University of Košice, 2009. - ISBN 

978-80-553-0208-9. - p. 49-54. 

[17] 

DEMIANOVÁ, K., POCISKOVÁ DIMOVÁ, K.: Brazing of solar 

collectors. In: ELITECH `09: Bratislava: STU v Bratislave FEI, 2009. 

- ISBN 978-80-227-3091-4. - p. 1-4. 

[18] 

DEMIANOVÁ, K., ONDRUŠKA, J., TURŇA, MT.: Inductive heating in 

technological processes of metallurgic metal joining. 


978-80-8096-102-2. 

[19] 

DEMIANOVÁ, K., POCISKOVÁ DIMOVÁ, K., TURŇA, MT.: Welding, 

surfacing and brazing of metal by induction heating. In: Zváranie 

2009. Welding 2009: Bratislava: Slovenská zváračská spoločnosť, 

2009. - ISBN 978-80-89296-09-5. - p. 217-222. 

[20] 

ELEKOVÁ, Ľ., GÖRÖG, A.: Mathematic formulation of material rate 

profile curve via a polynomial. In: Novus Scientia 2009: Technická 

univerzita v Košiciach, 2009. - ISBN 978-80-553-0305-5. - p. 215- 

224 

[21] 

GAJDZICA, T., KOTAS, B., KOTAS, M., ČMIEL, K., SCHINDLER, I., 

KLIBER, J., TITTEL, V.: The controlled cooling simulation of a case 

- hardening steel rolled into coils. In: METAL 2009: Slezká Ostrava: 

Tanger, 2009. - ISBN 978-80-87294-03-1. 

[22] 

GÖRÖG, A., BURANSKÝ, I.: Influence of milling strategies for 

roundness. In: RaDMI 2009 Volume 1. - Vrnjačka Banja: SaTCIP, 

2009. - ISBN 978-86-6075-007-7. - p. 206-211. 

[23] 

GÖRÖG, A., MALÍK, A.: Comparison of the measurement methods 

of a circularity deviationsi. In: Novus Scientia 2009: Košice: 

Technická univerzita v Košiciach, 2009. - ISBN 978-80-553-0305-5. 

- p. 689-693 

[24] 

GÖRÖG, A., MARAČEKOVÁ, M.: Influence of holding on a circularity 

deviation by pipe turning. In: Novus Scientia 2009: Košice: 

Technická univerzita v Košiciach, 2009. - ISBN 978-80-553-0305-5. 

- p. 694-700 

[25] 

HODÚLOVÁ, E., LECHOVIČ, E., SZEWCZYKOVÁ, B., ULRICH, K.: 

Transformation of leadless part with automatisation process. 

In: Robotizacija i automatizacija u zavarivanju i ostalim tehnikama: 

The 5th International scientific-professional conference SBW 2009. 

Slavonski Brod: Strojarski fakultet u Slavonskom Brodu, 2009. - 

ISBN 978-953-6048-51-9. - p. 153-160 

[26] 

JASENÁK, J., CÍFERSKÝ, T., MEČIAR, S.: Fixing of failures of forming 

press by welding. In: Národné fórum údržby 2009 Žilina: Žilinská 

univerzita, 2009. - ISBN 978-80-554-0018-1. - p. 252-260. 

[27] 

JASENÁK, J., CÍFERSKÝ, T.: Submerged arc welding of pressure 

vessels parts. In: Zváranie 2009. Welding 2009: Bratislava: 

Slovenská zváračská spoločnosť, 2009. - ISBN 978-80-89296-09-5. 

- p. 246-249. 

[28] 

KNOŠKO, P.: Numerical prediction of abrasion by a dry friction via 

the modified Archard equation. In: INTERTRIBO 2009: KONGRES 


[29] 

KRAKOVSKÝ, F.: Influence of oxidation parameters on the wetting 

power of adhesives. In: Novus Scientia 2009: Košice: Technická 

univerzita v Košiciach, 2009. - ISBN 978-80-553-0305-5. - p. 538- 

541 

[30] 

LECHOVIČ, E., SZEWCZYKOVÁ, B., ULRICH, K.: Influence of Bi on 

the microstructure evolution of solder joints in micro-electronics. 

In: METAL 2009: Slezká Ostrava: Tanger, 2009. - ISBN 978-80- 

87294-03-1. 

[31] 

LÍŠKA, J.: Present situation of machining composite materials in 

the company. In: International Doctoral Seminar 2009: Trnava: 


[32] 

MARÔNEK, M., BÁRTA, J., DOMÁNKOVÁ, M., ULRICH, K., KOLENIČ, 

F.: Electron Beam Welding of Steel Sheets Treated by Nitro-oxidation. 

In: The 62nd Annual Assembly and International Conference 

of the International Institute of Welding (IIW):. - Singapore, 2009. 

- p. 1-11.

[33] 

MARÔNEK, M., BÁRTA, J., DOMÁNKOVÁ, M., HODÚLOVÁ, E.: 

Microstructural analysis of nitrooxidation treated steel sheets. 

In: Advanced metal materials and technologies 2009 (AMMT`2009) 

St. Petersburg: Izdateľstvo Politechničeskogo universiteta, 2009. - 

ISBN 978-5-7422-2308-5. 

[34] 

MOROVIČ, L.: Possibilities of optical 3D digitizing. In: 8th YSESM: 

Budapešť: Scientific Society of Mechanical Engineers, 2009. - ISBN 

978-963-9058-26-2. - p. 38-39. 

[35] 

MURGAŠ, M., POKUSOVÁ, M.: Effect of mould mixture`s thermophysical 

properties on crystallization of ductile cast iron. Ostrava: 

VŠB - TU Ostrava, 2009. - ISBN 978-80-248-2056-9.) 

[36] 

NESVADBA, P., BENÁK, M., BELKO, J., TURŇA, MT.: Explosion 

firming of metals. In: Technológia zvárania 2009: - Trnava: 

AlumniPress, 2009. - ISBN 978-80-8096-102-2. 

[37] 

OMÁMIK, M.: Evaluation of production quality of shaped surfaces 

by milling. In: CIM 2009. Computer integrated manufacturing and 

high speed machining: - Zagreb: Croatian Association of Production 

Engineering, 2009. - ISBN 978-953-7689-00-1. - p. 153-162 

[38] 

OMÁMIK, M.: Qualitative properties of milled free form surfaces. 

In: International Doctoral Seminar 2009 Trnava: AlumniPress, 

2009. - ISBN 978-80-8096-088-9. - p. 229-240. 

[39] 

ONDRUŠKA, J., NESVADBA, P., TURŇA, MT.: Study of the range of 

the bimetals Sn – other metal materials. In: Technológia zvárania 

2009: Trnava: AlumniPress, 2009. - ISBN 978-80-8096-102-2. 

[40] 

ONDRUŠKA, M.: Life cycle of electrodes by seam electric resistance 

welding. In: SEMDOK 2009: Žilina: Žilinská univerzita, 2009. - ISBN 

978-80-8070-959-4. - p. 86-90 

[41] 

ONDRUŠKA, M.: Life cycle of wheel electrodes by seam electric 

welding. In: Súčasný stav odporového zvárania Bratislava: 

Slovenská zváračská spoločnosť, 2009. - ISBN 978-80-89296-06-4. 

- p. 44-50. 

[42] 

PETERKA, J., POKORNÝ, P.: Link CAQ to the important CA systems. 

In: RaDMI 2009: " Volume 1. - Vrnjačka Banja: SaTCIP, 2009. - 

ISBN 978-86-6075-007-7. - p. 620-625. 

[43] 

PETERKA, J., POKORNÝ, P.: Surface accuracy and surface roughness 

in dependency on CAM strategies. In: CIM 2009. Computer 

integrated manufacturing and high speed machining: - Zagreb: 

Croatian Association of Production Engineering, 2009. - ISBN 978- 

953-7689-00-1. - p. 177-180. 

[44] 

POCISKOVÁ DIMOVÁ, K.: Research of welding property of high-alloy 

steels with laser. In: SEMDOK 2009: Žilina: Žilinská univerzita, 

2009. - ISBN 978-80-8070-959-4. - p. 95-98. 

[45] 

POCISKOVÁ DIMOVÁ, K., CHRIAŠTEĽOVÁ, J., RÍZEKOVÁ 

TRNKOVÁ, L., OŽVOLD, M., TURŇA, MT.: Forming of the intermetalic 

phases on the range of the liquid solder - substrate. 


978-80-8096-102-2. 

[46] 

PODHORSKÝ, Š., GÖRÖG, A.: The limitation of the surface roughness 

at plasma polishing. In: Material science and manufacturing 

technology - MITECH 2009:Česká zemědělská univerzita v Praze, 

2009. - ISBN 978-80-213-1931-8. - p. 249-254. 

[47] 

POKUSOVÁ, M., MURGAŠ, M.: Using the modulus at optimizing of 

ductile cast iron chemical composition. Ostrava: VŠB - TU Ostrava, 

2009. - ISBN 978-80-248-2056-9. 

[48] 

POLAKOVIČ, M., PETERKA, J.: Simulation algorithm of milling 

based on models of cutting force, tool deflection and surface 

roughness. In: RaDMI 2009: Volume 1. - Vrnjačka Banja: SaTCIP, 

2009. - ISBN 978-86-6075-007-7. - p. 306-311. 

[49] 

POLAKOVIČ, M.: SUB - Models of tool deflection and cutting forces 

in roughness simulation using ball nose end mill model. 

In: Automation in Production Planning and Manufacturing: Žilina: 

Vedeckotechnická spoločnosť pri Žilinskej univerzite, 2009. - ISBN 

978-80-554-0008-2. - p. 219-224. 

[50] 

POLAKOVIČ, M., PETERKA, J.: Surface roughness simulation based 

on voxels. In: RaDMI 2009: Volume 1. - Vrnjačka Banja: SaTCIP, 

2009. - ISBN 978-86-6075-007-7. - p. 312-317. 

[51] 

RAFALSKI, I., ARABEY, A., LUSHCHIK, P., CHAUS, A.: Computer 

modeling of cast alloys solidification by computer-aided cooling 

curve analysis (CA-CCA). In: International Doctoral Seminar 2009: 

Trnava: AlumniPress, 2009. - ISBN 978-80-8096-088-9. - p. 291-301. 

[52] 

SCHWARZ, L., KOVAŘÍKOVÁ (née SUKUBOVÁ), I., KOLENIČ, F., 

ULRICH, K.: Creation of surface layers with a laser by an over-laying 

process using added material in a form of wire. In: 13. seminár 

ESAB: - Bratislava: Slovenská zváračská spoločnosť, 2009. - ISBN 

978-80-89296-07-1. - p. 26-33. 

[53] 

SIKETOVÁ, K.: Free-form surface characteristics. In: International 

Doctoral Seminar 2009: Trnava: AlumniPress, 2009. - ISBN 978- 

80-8096-088-9. - p. 391-397. 

[54] 

ŠIMEK, M., DŘÍMAL, D., KOLENIČ, F.: Laser connection of material 

combination of graphite alloy and stainless steel. In: Technológia 

zvárania 2009: Trnava: AlumniPress, 2009. - ISBN 978-80-8096- 

102-2. 

[55] 

ŠOLOPOVÁ, Z.: Technical solution application of the lubrication 

systems in semi-automation assembly lines. In: INTERTRIBO 2009: 

Stará Lesná / Tatranská Lomnica. -: KONGRES management, 2009. 

- ISBN 978-80-89275-19-9. - p. 25-28. 

[56] 

ŠVANČÁREK, P., LENDVAYOVÁ, S., GALUSEK, D., CHOVANEC, J.: 

Abrasive wear resistance of hot-pressed alumina with SiO2 addition 

and various grain size: Košice: Technical University of Košice, 

2009. - ISBN 978-80-553-0208-9. - p. 146 - 147. 

[57] 

SZEWCZYKOVÁ, B., ŠIMEK, M.: Study of laser layers resistant 

against abrasive wear. In: Zváranie 2009. Welding 2009. 

Bratislava: Slovenská zváračská spoločnosť, 2009. - ISBN 978-80- 

89296-09-5. – p. 211-216. 

[58] 

TRŠO, M., DEMIANOVÁ, K.: Metallurgical solid state bonding of 

combined metals. In: International Doctoral Seminar 2009: Trnava: 

AlumniPress, 2009. - ISBN 978-80-8096-088-9. - p. 349-354 

[59] 

TURŇA, Ľ., LOKAJ, J., TURŇA, MT., NOVÁK, M.: Optimalisation of 

the geometric configuration of a solar collector. In: Power 

Engineering - Ecology - Economy: Bratislava: STU v Bratislave, 

2009. - ISBN 978-80-89402-08-3. - p. 1-10. 

[60] 

TURŇA, MT., NESVADBA, P., BENÁK, M., ONDRUŠKA, J.: The new 

knowledge about explosion welding of combined materials. 

In: Zváranie 2009. Welding 2009: Bratislava: Slovenská zváračská 

spoločnosť, 2009. – ISBN 978-80-89296-09-5. - p. 130-135. 

[61] 

TURŇA, MT., KOVAČÓCY, P., SAHUL, M.: Welding of special steels 

by Disc and CO2 laser. In: Zváranie 2009. Welding 2009: 

Bratislava: Slovenská zváračská spoločnosť, 2009. - ISBN 978-80- 

89296-09-5. – p. 68-74. 

57

58 

Books 

[1] 

GÖRÖG, A.: Analysis and specification of the kinematical element 

of surface roughness. - 1 st ed. - Dresden: Forschungszentrum 

Dresden - Rossendorf, 2009. - 68 p. - ISBN 978-3-941405-07-3. 

[2] 

KAPUSTOVÁ, M.: Technological and environmental trends of 

innovation in production of die forgings. - 1. vyd. - Trnava: AlumniPress, 

2009. - 114 p. ISBN 978-80-8096-091-9 

(http://www.mtf.stuba.sk). 

[3] 

MARÔNEK, M.: Explosion welding of metal materials. - 1. vyd. - 

Bratislava: STU v Bratislave, 2009. - 147 p. - ISBN 978-80-227-3128-7. 

[4] 

TITTEL, V.: Technology of wire drawing. - 1. vyd. - Trnava: 

AlumniPress, 2009. - 83 p.. - ISBN 978-80-8096-087-2 

(http://www.mtf.stuba.sk). 

Books chapters and contributions 

[1] 

BENÁK, M., TARABA, B., TURŇA, MT.: Contribution to modelling 

the effect of explosive on accelerated material in explosion 

welding. In: Annals of DAAAM and Proceedings of DAAAM 

Symposium. - ISSN 1726-9679. - Vol. 20, No. 1 Vienna: DAAAM 

International Vienna, 2009. - ISBN 978-3-901509-70-4, p. 0353-0354. 

[2] 

BÍLIK, J., KAPUSTOVÁ, M., KOŠŤÁLOVÁ, M.: The improvement of 

theoretical and practical preparation of forming study programme 

graduates for recent praxis. In: Inovatívne postupy výučby výrobných 

technológií na univerzitnom stupni štúdia: Zvolen: Technická 

univerzita vo Zvolene, 2009. - ISBN 978-80-228-2050-9. - p. 7-10 

[3] 

GÖRÖG, A., POKORNÝ, P.: Multimedia support for teaching on the 

Department of machining and assembly MTF STU Trnava. 

In: Inovatívne postupy výučby výrobných technológií na univerzitnom 

stupni štúdia: Zvolen: Technická univerzita vo Zvolene, 2009. 

- ISBN 978-80-228-2050-9. - p. 22-26 

[4] 

KOŠŤÁLOVÁ, M.: Construction solutions for a press tool by help of 

modular system CATIA. In: Machine Design. - ISSN 1821-1259. - 

2009: Novi Sad: University of Novi Sad, 2009, p. 131-134. 

[5] 

LÍŠKA, J., LIPA, Z., BARÁNEK, I., SIKETOVÁ, K.: Superfinishing 

theory. In: Annals of DAAAM and Proceedings of DAAAM 



1298. 

[6] 

MORAVČÍK, O., PETERKA, J., HORŇÁK, F., HRMO, R.: Presence 

and Perspectives of the Engineering Education at the Slovak 

University of Technology. In: Proceedings of the 20th Annual 

Conference for the Australasian Association for Engineering 

Education:. - Adelaide: Australasian Association for Engineering 

Education, 2009. - ISBN 1 876346 59 0. - p. 32-37 

[7] 

SIKETOVÁ, K., LIPA, Z., BARÁNEK, I., LÍŠKA, J.: Position of 

superfinishing in the finish machining. In: Annals of DAAAM and 

Proceedings of DAAAM Symposium. - ISSN 1726-9679. - Vol. 20, 

No. 1 -Vienna: DAAAM International Vienna, 2009. - ISBN 978-3- 

901509-70-4, p. 1299-1300. 

[8] 

ŠUGÁROVÁ, J., ŠUGÁR, P.: A new approach to manufacturing 

technologies education. In: Inovatívne postupy výučby výrobných 

technológií na univerzitnom stupni štúdia: Zvolen: Technická 

univerzita vo Zvolene, 2009. - ISBN 978-80-228-2050-9. - p. 73-77 

[9] 

ULRICH, K., KARVANSKÁ, S., KOVAŘÍKOVÁ (née SUKUBOVÁ), I., 

HODÚLOVÁ, E.: Residual life establishment of welded joints of con- 

struction steels. In: Annals of DAAAM and Proceedings of DAAAM 



0208. 

Textbooks 

[1] 

MARÔNEK, M., MIRONOVOVÁ, E.: Diploma project for practicing 

English terminology in the field of welding. - 1. vyd. - Trnava: 

AlumniPress, 2009. - 126 p. - e-skriptá. - ISBN 978-80-8096-096-4 

(https://is.stuba.sk). 

[2] 

PETERKA, J., POKORNÝ, P.: Computer aided production technologies 

I.: Návody na cvičenia. - 1. vyd. - Trnava: AlumniPress, 2009. - 100 

p. - e-skriptá. - ISBN 978-80-8096-108-4 (https://is.stuba.sk). 

[3] 

ŽÚBOR, P., IŽDINSKÁ, Z., KOVAŘÍKOVÁ (née SUKUBOVÁ), I.: 

Materials and their behaviour in welding. - 1. vyd. - Bratislava: Prvá 

zváračská, 2009. - 127 p. - ISBN 978-80-969330-9-9.

INSTITUTE 

OF INDUSTRIAL 

ENGINEERING, 

MANAGEMENT 

AND QUALITY

60 

INSTITUTE 

OF INDUSTRIAL 

ENGINEERING, 

MANAGEMENT 

AND QUALITY 

Director Miloš Čambal, Assoc. Professor, PhD. 

e-mail: milos.cambal@stuba.sk 

tel.: ++421918646050 

Address Paulínska 16, 917 24 Trnava, Slovak Republic 

tel.: ++421918646032 

tel.: ++421/33/5511032 

fax: ++421/33/5511758 



• Department of Industrial Engineering 

• Department of Management 

• Department of Quality Engineering 

Staff 







• Industrial Management 

• Production Quality 

• Production Quality Engineering 


• organizational culture 

• project management 

• knowledge management 

• progressive forms of manager education 

• human resource management 

• environmental management 

• advanced information technologies implementation 

• quality control in industrial enterprises, service enterprises 

and public organisations 

• quality of communication with customers 

• monitoring customer satisfaction in quality management 

and marketing


Concept and focus of the research activities: 

• Research and pedagogical projects within VEGA & KEGA grant 

agencies 

• International programmes and projects 

• Internally funded projects 

• Contractual research and development projects funded 

by business and industry 

Major fields of research: 

Progressive approaches in the area of the organization 

management, Human resources management, Development 

of managerial competences, Knowledge management, Project 

management, Sustainable development, Ergonomics, Logistics, 

production, marketing, Quality management 


ERDC (01.06.2008-30.05.2010) 

doc. Ing. Renata Nováková, PhD. 

Emergence of Research Driven Clusters in Central Europe 

The project aims at supporting regional authorities and 

governments in convergence regions with know-how, methods and 

financial instruments necessary to create capacities for stimulation 

and emergence of research-driven clusters. This will lead to 

clustering research institutions, universities, R&D companies, 

SMEs, large companies and financial institutions (if appropiate) in 

the region. 


LPP-0384-09 (03.09.2009-31.08.2012) 

prof. Ing. Peter Sakál, CSc. 

The concept of the HCS model 3E vs. the concept of the Corporate 

Social Responsibility (CSR) 

The aim of the mentioned project is to enlarge the results of the 

research project Number 019/2001: "Transforming Industry in 

Slovakia through Participatory Ergonomics" (financially supported 

by a common Slovak-American fund for research cooperation) and 

also of the project KEGA MŠ SR Number 3-3111-05. In these days 

the research continues in cooperation with the company CHIRANA 

PROGRESS, s.r.o. Piešťany in the area of permanent development 

(TUR) and Corporate Social Responsibility (CSR). The aim of this 

research is to contribute to the vision implementation of Agenda 21 

and the Lisbon strategy, in particular the strategy for the parts TUR 

in conditions of research and pedagogical process on the workplaces 

of MTF STU Trnava. 

VEGA 1/0229/08 (01.01.2008- 31.12.2010) 

doc. Ing. Iveta Paulová, PhD. 

Perspectives of quality management development in accordance 

with requirements of the Slovak Republic‘s market 

The project is aimed to exploration and analysis of contemporary 

theoretical knowledge of quality management and expected trends 

of theory and practice requirements (requirements and needs 

of market). The elaboration of information and the results of the 

evaluation for the explored industry will be discussed on the basis 

of the analysis. The evaluation of process application is related 

to quality management in the explored branches of industrial 

practice, in comparison with requirements of individual models of 

quality management system (ISO 9001:2000, TS 16 949, AQAP). 

Elaboration of proposals for process improvement in the areas 

where the biggest failures were discovered will also be completed. 

The output will be the elaboration of a system solving proposal for 

more effective requirements application in the area of quality 

management for requirements of plant practice. 

VEGA 1/0156/08 (01.01.2008- 31.12.2010) 

doc. Ing. Andrea Holková, PhD. 

Key manager competence in the range of specific functional 

management areas and their applicable development concept. 

The merit of the project is to justify the importance of management 

competencies in human resource management as a crucial factor 

of organization success and competitiveness. The project is 

focused on comparison of variable approaches to management 

competencies, their identification and key manager competency 

definitions. Identification and development of manager competencies 

is necessarily needed for key managerial high performance. The 

project is also focused on methods and techniques of manager 

competence evaluation, creation of competency models and 

selection of applicable methods for key manager competence 

development. 

VEGA 1/0491/09 (01.01.2009- 31.12.2011) 

doc. Ing. Šujanová Jana, CSc. 

Project Management Processes of Maturity Control as a Tool for the 

Improvement of Mechanical Engineering Enterprise Competitiveness 

Management is one of the most dynamically developing business 

disciplines. One of the outputs of this development is the growing 

number of international standards, along with methodologies 

and project management tools. Business practice has to face 

the problem of the effective implementation of those standards 

in their internal project management processes and more in 

the project quality control that should lead the achievement of 

the higher project maturity level. A higher project management 

maturity level in business practice means achievement of the 

project goals with less resources, lower costs and shorter time. All 

this could not be accomplished without the proper tools. Therefore 

the objective of this project is to prepare a widely applicable 

reference manual and tool for the project management processes 

maturity control in Slovak mechanical engineering enterprises, 

with the aim to increase their effectiveness and sustainable 

competitiveness. 

LIST OF SUBJECTS GUARANTEED WITH THE INSTITUTE 

Accounting 

Assurance of Product Dependability 

Bachelors Project 

Bachelors Thesis 

Bottlenecks Management 

Business Economy Basics 

Business Economy I, II 

Business Finances 

Business strategies for small and medium-sized enterprises 

Calculation and Prices 

CAQ 

Computer Aided Design of Quality Management System 

Computers in Business Practice 

Controlling 

Designing and Manufacturing Process Management 

Designing of Basic Processes in Quality Management 

Diploma Project 

Diploma Thesis 

Dissertation Thesis 

Economy 

Economy of Non-metallic Materials Production 

Ergonomy 

Exact Methods in Managerial Decision making 

Financial and Investment Management 

Financial Management 

Human Resource Management 

Change Management 

Information Management 

Information Technologies II 

Innovation Management 

Integrated Marketing Communication 

Intercultural Management 

Labour Rationalization Basics 

Logistics 

Logistics in Quality Management 

Management 

Management Basics 

Management Information Systems 

Management of Investment Progresses 

Managerial Ethics 

Marketing 

Marketing in Quality Management 

Marketing Strategies 

Operation and Maintenance of Machines 

Operational Research 

Organizational Culture 

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62 

Pedagogical Activity I, II 

Personnel Management 

Practical Experience in Production 

Practice 

Production Management I, II 

Products Reliability Ensurance 

Project Management 

Project of conformity assessment 

Project of satisfaction monitoring 

Quality Audits 

Quality Economics and Financial Analysis 

Quality Management 

Quality Management Case Studies 

Quality Management 

Quality of Production and Services 

Research Thesis 

Satisfaction Monitoring Project 

Semester Project 

Standardization, certification, conformity assessment 

Standardization, conformity assessment, certification 

and accreditation 

Statistical Methods 

Statistical Methods of Quality Control 

Strategic Management 

Taxes Management 

Team Work 

Tools and Techniques of Quality Management 

Total Quality Management 



Antálek, F.: 

Analysis of current status of measuring and monitoring quality 

in DELPHI Slovensko, s. r. o. Senica 

Asztalos, Š.: 

Suggestion of steps for ergonomical rationalization of chosen 

offices of the enterprise Slovenské Elektrárne 

Babčan, J.: 

A proposal measure for increasing the propagative 

communication of industrial companies 

Babincová, J.: 

Employee satisfaction – the outcome of improving the quality 

of the management system 

Bajgart, V.: 

A suggestion of steps for better personal communications using 

in the marketing practice of Slovak Telekom 

Balalová, J.: 

A suggestion of Arragements for Improvement of Marketing 

Communications in the Circumstances of DI SÚĽOV BYTČA, s.r.o. 

Balogová, D.: 

Proposals for improvement of employee working motivation in 

ELEKTRONIKA SLOVENSKO, a.s. company 

Baráni, M.: 

Draft of actions for claims management improvement in the 

company Faurecia Slovakia s.r.o. 

Barčák, M.: 

Economic and non-economic motivation tools as instruments 

of a work productivity increase 

Bašnáková, M.: 

Design of system preparation and development of managers for 

effectiveness of process control in the organisation Slovenské 

elektrárne, a. s., branch Atómové elektrárne Bohunice 

Beluský, M.: 

A proposal for arrangements to increase efficiency of planning 

and managing production in the firm Bodet & Horst mattress 

ticking k.s. through Kanban and OPT 

Beluský, S.: 

Research on current application forms of processes in system 

of quality management 

Benkovská, A.: 

A proposal of measures for improvement and employee 

selection in Swedwood Slovakia, s.r.o., o.z. SPARTAN Trnava 

Blažíček, Š.: 

Financial analyses and optimization of financial statements 

in the company AGROPARTNER, l.l.c. Plavecké Podhradie 

Bódišová, M.: 

Proposal of a measurement for process improvement and 

employee recruitment in Termotechna company JSC Bratislava 

Bogárová, T.: 

A proposal for actions to achieve more effective processes 

of inventory management and stock keeping 

Bošáková, Z.: 

Proposal for a set of measures to raise effectiveness of internal 

directives for book-keeping in the company SLOVKORD, 

joint-stock company Senica 

Božiková, L.: 

Proposition for measures and improvement in use of intranet 

in the company SEWS Slovakia, s.r.o. Topoľčany 

Bukovinová, D.: 

Suggestion of measures to improve the use of various marketing 

mix tools in the company Baliarne obchodu, a.s. Poprad 

Burská, A.: 

A proposal of measures for the rationalization of the stock 

holding in the company Víno Matyšák Ltd. Pezinok 

Caban, A.: 

A proposal for improvment of project managers´ skills in small 

and medium industrial companies in the Slovak Republic 

Cagalová, S.: 

Application possibilities of principles of JIT in planning and 

managing of production processes in the company Leoni Cable 

Cerovská, L.: 

Financial analysis and assessment of financial stability 

of the company ŽOS Trnava, inc. 

Cíferská, H.: 

Proposition for an environmental reporting system in ŽOS 

Trnava, a.s. 

Cintula, M.: 

Proposal for measures to accomplish price making 

in the industrial company of FeD, spol. sro. 

Císar, P.: 

A proposal of measures to improve the particular tools 

of the marketing mix in ŽOS Trnava, a.s. 

Csóka, M.: 

A proposal of measures to improve the acquisition 

and selection of workers in the company Zentiva, a.s. 

Čamajová, Z.: 

Research of selection and rating of suppliers 

in a selected organization 

Čambor, T.: 

Presentation of Measurements for Reengineering the System of 

Next Development of Employees in SEWS Slovakia, Ltd., Topoľčany 

Červený, M.: 

Investigation of applications for statistical process control 

in selected organizations 

Čuhák, M.: 

Proposal of an adaptive program for newly employed workers in 

the company U.J. - International, s.r.o. 

Daňová, V.: 

Research of applications for the motivation of employees 

according to principles of quality management in selected 

organisations 

Domorák, M.: 

A proposal of model internal directives for double-entry 

bookkeeping oriented on small industrial companies 

Dömötörová, E.: 

Suggestion of measures for improvement of the organizing 

structure of management in the company KOVO-MALOW, Ltd., 

Galanta 

Dudžíková, M.: 

Testing methods of measurement, monitoring and improving 

processes in real life experience 

Ďurečková, M.: 

Ranking of the competitiveness of an organization from 

a quality management point of view 

Ďurišová, E.: 

Proposal of measures for increasing effectivity of material flow 

in Delta Electronics Slovakia s.r.o. Dubnica nad Váhom 

Ďurišová, V.: 

Proposal for measurements to improve the marketing activities 

connected with the product mark in Tatrachema, cooperative 

Trnava 

Ešek, Z.: 

Utilization of operative leasing in purchase financing 

in an industrial firm

Fančovičová, A.: 

Survey of testing of human resources regulating 

in quality management 

Fodor, R.: 

Proposal for streamlined work motivation of employees 

in the production process in the company Cikautxo SK, s.r.o., 

Nové Zámky 

Gajdošová, Z.: 

Proposal furnished for improvement of exploitation tools 

of marketing mix in Tanax 

Gaľan, J.: 

The suggestion of arrangements for improvement of control 

decision arragements and organization of their fulfillment 

in ZMOP, spol. s r.o., Modra 

Gálik, S.: 

Research for measuring the educational effectiveness 

in organisations with systems for quality management 

Galko, M.: 

Proposition of measures for improving marketing 

communication tool use in RONA, Jsc. Lednické Rovne 

Glonek, V.: 

Evaluation of the competitiveness of an organisation 

from the standpoint of management quality 

Guniš, Z.: 

Exploration of the provisions for quality in the production 

process in a business practice 

Hinca, V.: 

Suggestion for ergonomical rationalization measures 

in a Call Centre 

Hippová, M.: 

Analysis of the actual state of quality assurance in the 

purchasing process of the organization Bekaert Hlohovec, a. s. 

Hlaváč, A.: 

Research on the application of motivation of employees 

conforming with principles in quality management 

in the selected organizations 

Hlavatovič, R.: 

The survey of use of measurement and monitoring of products 

in selected organizations 

Hlavatovičová, S.: 

The research on quality guarantee within the production 

process in business practice 

Hmiráková, M.: 

Proposal of a system for plans necessary for workers in factory 

PCA Slovakia, s.r.o. 

Hodulík, M.: 

Proposal of recomendations to improve warehouse activities 

in the company Zentiva, a.s., Hlohovec 

Horňáková, N.: 

Improvement of the educational system of employees in small 

and medium sized industrial companies in the Trnava region 

Horváth, B.: 

Economic and non-economic motivation tools as devices for 

work productivity increase 

Hrivňáková, K.: 

Proposal of improving the system of motivation of employees 

in a given company 

Hupka, I.: 

The use of tools of marketing communication in HERTOP spol. s r.o. 

Husárová, J.: 

A proposal of measures for employee stabilization 

in the company Knott, spol. s r.o. 

Hýllová, P.: 

Proposal of improvement of personal marketing in the company 

ŽOS Trnava, a.s. 

Hyžová, M.: 

Proposal of arrangements to improve the adaptation programme 

for newcomers in the Starobrno, a.s. Brno company 

Chabadová, V.: 

Proposal for measures to improve staff motivation 

in the company Elektrovod Žilina, a.s. 

Chovancová, Z.: 

Progress of managerial techniques in managers of mid-level 

management in condititons of the Slovak Republic 

Chovanec, M.: 

Proposed measures for making company transport 

in Volkswagen Slovakia, a.s. Bratislava more effective 

Chudá, A.: 

Proposal of measures for improvement of the Internet and 

Intranet at Raven a.s., Považská Bystrica 

Izakovič, J.: 

The analysis and suggestion of measures for employee 

allocation and adaption in Lear Corporation Seating 

Slovakia s.r.o. Senec 

Jancíková, M.: 

Proposal of measures for rationalitaziton of handling finished 

products within the warehouse of the company Continental 

Matador Truck Tires 

Jančiová, D.: 

Streamling the system of education of employees in small 

and medium-sized industrial companies in the region of Žilina 

Jančová, L.: 

Application arrangements for development of a system 

of classification and remuneration of employees for the firm 

Pro IT Services, s.r.o. Bratislava 

Juhásová, K.: 

External economic relationships in the company STSZ, a.s. 

Juriš, D.: 

A proposal complex of measures to improve the sales 

in a selected organization 

Jurková, M.: 

Present conditions analysis of motivation of employees 

in DELPHI Slovakia, s. r. o. Senica 

Juroleková, A.: 

Proposal of measures for improvement of the employee 

incentive system at IDC Lolly, Ltd. Company 

Kajan, P.: 

Suggestion of measures for improvement of management and 

development of chosen marketing activities in RM Elektro s.r.o. 

Karaková, M.: 

Measurements for a proposal for stock control efficiency 

in the company Železiarne Podbrezová, a.s. 

Kenderová, A.: 

Suggestion on improvement of work motivation 

in the manufacturing process in Mondi SCP, a.s. 

Koháry, D.: 

The measures for development of the automotive cluster 

of West Slovakia 

Kohútová, J.: 

Activities for information management 

Kolega, L.: 

Suggestions for improvement of the incentive system in terms 

of a selected company 

Kolenyaková, M.: 

Survey of education implementation in the area of quality 

management, and evaluation of its efficiency in selected 

organisations of the Slovak Republic 

Kollár, T.: 

Analysis of reasons and suggestions of measures on lowering 

the fluctuation of employees in Johns Manville, a.s. Trnava 

Kondrk, J.: 

Research on an application for monitoring and measuring 

customer satisfaction 

Kopaj, M.: 

Communication to improve processes in a quality management 

system 

Kopča, K.: 

Survey methods for verifying the functionality of the application 

of a quality management system in a selected organization 

Kosnovská, S.: 

Improving employee motivation in LEONI Cable, Stará Turá, 

Slovakia 

Kováč, M.: 

A proposal for the structure of a PPS system in CIM conditions 

Kovaľ, M.: 

Proposal of Measures for improving the distribution at Chemko, 

a.s. Strážske 

Kowalová, H.: 

Rationalization of a remuneration system as the device 

of stimulation to working efficiency 

Krajčovič, Ľ.: 

Economic and non-economic motivation tools as instruments 

of work productivity increase 

Kralinský, M.: 

Plan of Arrangement for Better Efficiency of Motivation System 

in TATRAMAT - water heaters, business with limited liability 

63

64 

Královič, J.: 

Survey of application management for complaints in selected 

companies in Slovakia 

Križanovičová, Z.: 

Analysis of the current state of the application system 

for improvement processes in the company LUSIK TRADE, s.r.o. 

Kučera, I.: 

Proposals of measures to improve the use of software control 

support of the company Central Slovak Energetics, a joint-stock 

company Žilina 

Kučeráková, E.: 

Suggestion to improve further education of the employees 

in the company STASO, s.r.o. Brezno 

Kuchtová, H.: 

Motivation improvement of a selected group of employees in the 

Herbex company. 

Kuzmová, D.: 

A concept of arragements for intranet use in the management 

of company VIRTUAL REALITY MMEDIA, a.s. Trenčín 

Kvetan, J.: 

Analysis of Causes and Proposal for Measures to Reduce Staff 

Turnover at SEMAT a.s. Trnava 

Látečka, R.: 

A detection method application for measuring instruments’ 

capability and Measurement System Analysis 

Laurov, P.: 

Research and the application of principles in the marketing 

of purchase in organizations 

Lebocz, L.: 

A proposal for measures of how the supply should be repaired 

in a chosen company 

Lehocká, M.: 

Improving a system of employee motivation for a selected 

group of employees in the company Zornica Banko Fashion, a.s. 

Levický, P.: 

A proposal of measures to make inbound logistics more 

effective in the company Matador Automotive Vráble, a.s. 

Madžo, M.: 

A proposal of measures to improve the system of motivation in 

the company Stabil a.s. Žilina 

Magál, R.: 

A proposal for processes to measure the increase of effective 

behavior at EMS in Emerson a.s. 

Marcinová, L.: 

A project of measures to improve working motivation in Barbol 

Slovakia, s.r.o. Brezno 

Marušincová, A.: 

A draft of actions for customer satisfaction monitoring 

and measuring in SPPR company. 

Masnicová, L.: 

The concept of system improvement by recruitment 

and selection of employees in a selected company. 

Matija, J.: 

Proposal for Improvement of Application of Software Support to 

Business Management in Panasonic Electronic Devices Slovakia, 

Matovičová, Ľ.: 

Suggestion of steps for improvement in the adaptation process 

of new employees in Tesco Stores SR, a.s. Bratislava 

Matula, J.: 

Application of actions to advance the comfort of employees in 

ZOS Trnava, a.s. 

Michalčaková, A.: 

A proposal of measures for improvement of the motivation 

system of conditions in PFS, a.s. 

Michalčíková, E.: 

Application of claims management in selected organizations 

Micháliková, M.: 

Proposal of measures for improvement of the employee recruitment 

system in the company Jaf Holz Slovakia, s.r.o. Špačince 

Miklovičová, P.: 

A draft of measures to improve the method of evaluation 

of the educational process in Semikron, s.r.o. Vrbové 

Mikuláš, M.: 

A measurement application for an integrated health and safety 

management system into quality and environmental 

management systems at ALDY Trnava, a.s. 

Milošovičová, J.: 

Survey of applying the process approach of quality management 

in selected organizations in the Slovak Republic 

Minár, J.: 

Optimization of working with materials 

Miškovic, Ľ.: 

The application of methods for determination of capability 

of measurement of system analysis 

Moravcová, A.: 

Following the ability of a machine and a process 

to abide limited standards 

Morávek, M.: 

A measurement proposal for exploring the area 

of cost management analysis in Vitis Pezinok, s.r.o. Pezinok 

Mráziková, K.: 

Measures to streamline the processes of inventory management 

and warehousing in Drevokomplet - stavivo Ltd. Trenčín 

Mrvová, Ľ.: 

Investigation of testing statistical methods for an improvement 

process in establishment practice 

Nováková, M.: 

A proposal for improvement of a company’s transportation 

Okruhlicová, M.: 

Suggestion for improvements in the area of logistics processes 

in GEFCO s.r.o. to focus on sequenced supply 

Ondrejičková, Z.: 

Proposals of measures to improve advising and evaluation 

of education in Zentiva 

Palanská, K.: 

Enhancing the system of production and selection of employees 

in industrial enterprises 

Pallósová, A.: 

Utilization of leasing in financing the corporate assets in the 

company Istropolitana D` Arcy, spol. s.r.o. Bratislava 

Pastorková, J.: 

Suggestion for exploitation of the implementation 

of a marketing mix at the company Elster Ltd. 

Pavláková, J.: 

Cause Analysis and Measurement Design for Employee Turnover 

Reduction in Rona company, a.s. 

Pavlíková, A.: 

Proposal for improvements in use of a process approach 

in the company LOGMAN - POVAŽAN, a.s. 

Pavlíková, I.: 

Proposition for improvement of educational effectiveness 

in the company ENVIRAL, a.s. 

Pavlov, Š.: 

Application of arrangements to improve the complex use of web 

pages from small and middle size industrial plants in Slovakia 

Pecháček, M.: 

The application of statistical regulation in Slovak companies 

Pepová, K.: 

Enterprise information systems 

Petrášová, J.: 

Analysis of the actual state of the motivational system 

of employees in company ELASTIC, s.r.o. 

Petríková, E.: 

The application of the system of improvement for motivation 

of empoyees in Sony Slovakia. 

Plavec, P.: 

Enterprise information systems 

Poizlová, M.: 

Investigation of the use of statistical methods 

for process improvement in chosen organizations 

Porubčanová, Ľ.: 

Proposal for process measures for improving efficiency of 

Occupational Health and Safety in IMS in a selected organization 

Rajňák, M.: 

Suggestions for improvement of the system of adaptation and 

incorporation in job positions at STROJPOL, Ltd. Trnava 

Rigáňová, S.: 

Suggestion for methods of application for verifying quality 

management system functionality in the company Protherm 

Production s.r.o. 

Rusnák, M.: 

Proposal for improving system recruitment and selection 

of employees in the company Lindner Mobilier, lmt. Madunice. 

Selnekovičová, M.: 

Monitoring of selection and evaluation of suppliers 

in the selected organizations 

Serišová, K.: 

Analysis of contemporary conditions of management of human

esources in the enterprise Vacuumschmelze, s.r.o. Horná Streda 

Schmidt, L.: 

Proposal for motivation system improvement in conditions of 

a selected enterprise. 

Schwarz, M.: 

Research on testing of the model CAF at selected universities 

in the Slovak Republic 

Skalošová, J.: 

Implementation of an Environmental Management System into 

a specific enterprise called ONERTEX by way 

of project management. 

Sklenář, P.: 

Proposal for a System of Further Education of Employees in the 

Company Slovak Shipyards Komárno Plc. Bratislava. 

Slašťan, M.: 

Research on securing quality in the purchasing process 

of selected organizations 

Sloviková, M.: 

A proposal for measures of improving chosen activities 

of a company’s transformation process. 

Sofková, Z.: 

Aquisiton of financial resources in small and medium - sized 

companies after implementation of the single currency in the 

Eurozone. 

Sokol, P.: 

The development of a project for improving claim management 

in SAMSUNG Electronics Slovakia s.r.o. 

Stanko, M.: 

Research on asset communication next to the improved process 

in a system of quality management in a prefered business concern 

Strákoš, B.: 

Inquiry of human resource management of quality management 

Szalóová, E.: 

Scheme for further education of employees of the company 

AllDeco s.r.o. Jaslovské Bohunice 

Száraz, D.: 

Draft of the measures in the field of planning needs 

of new employees in Špeciálne Činnosti, s.r.o. Bratislava 

Šalátová, K.: 

A Proposal for Remedies of the Stability of Employees in the 

Company SE-EBO, a.s. Jaslovské Bohunice 

Šaštinský, M.: 

Economic valuation of the system of quality management 

implementation in organizations 

Škultéty, D.: 

Significant motivation for employees to upgrade their output 

Špaleková, M.: 

A proposal for measurements to increase employee motivation 

in the company STROJPOL, spol. s r.o. Trnava 

Šperková, K.: 

A further employee education system at MGM s.r.o., Považská 

Bystrica 

Špirková, M.: 

Draft project implementation on ethics at Vital Company Ltd. 

Šrubař, M.: 

A proposal for a Set of Actions to be Used for Increasing the 

Work Motivation in Kuehne + Nagel, s.r.o. 

Šupová, M.: 

Price formation in industrial concerns within 

a regulated environment 

Šuteková, V.: 

Proposal for measures on improving the employee stabilisation 

system in Johns Manville, a.s. Trnava 

Švedová, M.: 

A suggestion for arrangements for the improvement of a system 

of motivation in Wienerberger - Slovenské tehelne spo. s.r.o. 

Takáčová, M.: 

A proposal of measures for improving utilisation of individual 

marketing mix tools in Železiarne Podbrezová, a.s. 

Tarandová, M.: 

Proposal of measures for ergonomical rationalization in selected 

operations of the company SLOVEO Inc Trnava 

Temiaková, E.: 

Proposal of measures for impoving the organizational structure 

of management in terms of the enterprise Makyta, a.s. Púchov 

Temiaková, L.: 

Draft recommendations for better utilization of Kaizen and Lean 

Logistics in selected Slovak companies. 

Tomášková, Z.: 

A proposal of recommendations for improving the promotional 

communication in industrial enterprises 

Učník, A.: 

A concept of arrangements for development in engineering of 

the production logistics system. 

Uhlíková, L.: 

A suggestion of measures for improving the efficiency 

of selected activities of transformation processes in a factory. 

Vaculčík, J.: 

Analysis of causes and action for precautions to decrease the 

staff turnover in the conditions of U.J. - International, s.r.o. 

Vaisová, M.: 

The research process for engineering in a management quality 

system in selected organizations in the Slovak Republic 

Válkyová, A.: 

A proposal for improvement of the motivation system in terms 

of the joint-stock company I.D.C. Holding, 

Pecivarne Sered branch 

Vanková, L.: 

A proposal of measures to streamline inventory management 

and stock management at SLKB, 

Varhol, E.: 

Solutions enabling the improvement of employee motivation 

in the company JMTSK s.r.o. 

Videnová, V.: 

A proposal of steps to improve and increase efficiency of usage 

of marketing-mix instruments, in the company ELASTIK, Ltd. Šel 

Vlachovičová, M.: 

Projection of developing arrangements for the personnel 

stabilization process of Chemolak Business Corporation 

Vörösová, Z.: 

Project proposal for the application of market research using 

principles of quality management in Slovak enterprises 

Vysudilová, J.: 

Employee satisfaction – outcomes of improving the quality 

management system 

Zabadal, P.: 

Suggestions for improvements to an incentive system 

in the conditions of a selected company 

Zaťko, J.: 

Analysis of procedural access utilization in the quality 

management system in Euro Pumps Tech, s.r.o. company 

Zezula, M.: 

Quality assurance in the manufacturing process 

Kokavcová, A.: 

Testing a proposal for motivation system improvement 

of the company ŠVEC a SPOL s.r.o. Vráble employees 

Novák, E.: 

A suggested file for the measures of job motivation 

in the manufacturing process of industrial business 

Juhásová, I.: 

A proposal for measures to improve brand management 

at Kia Motors Sales Slovensko s.r.o. 

Janík, M.: 

Financial analysis and management of short-term assets 

of the company Plastika Inc., Nitra 

Bajgart, V.: 

The suggestion of steps for better personal communications 

using in the marketing practices of Slovak Telekom 


Gulaši, J.: 

A proposal for the exchange of the mechanical stuffing box EFP 

(electrical-feed pump) in SE a.s., Bratislava, Nuclear power 

plant Bohunice 

Gálisová, K.: 

Methods of personal career creation by employees 

in the company Topos Tovarníky, a.s. 

Frko, M.: 

Marketing strategy and its place in management 

of the company REDING, a.s. Bratislava 

Franek, J.: 

A proposal for complex orders to improve the system of 

valuation of personnel with the purpose to increase its efficiency 

Filípková, P.: 

System design of employees in the firm KERKOSAND spol. s r.o. 

65

66 

Fidesová, P.: 

A suggestion for improvement of stock management at I.D.C. 

Holding, a.s., Sereď 

Dutková, M.: 

The model of financial operation in the industrial enterprise 

Tatrakon, l.t.d. Poprad 

Ďurkovský, M.: 

A suggestion for increasing the efficiency of an assembling work 

place by application of reduction elements in the company IMC 

Slovakia, s.r.o. 

Ďurinská, M.: 

Acquisition and education of the company workers 

Dobrodenková, A.: 

A proposal for a motivation system in Continental Matador 

Rubber, s.r.o. 

Černá, J.: 

A proposal for improvement of the system of hiring 

and selection of the employees in Johns Manville Slovakia, Inc. 

Trnava 

Brestovanský, Ľ.: 

A proposal of process measures for the improvement of quality 

management by identification cards for processes in OaBSE, a.s. 

organization 

Bolechová, A.: 

A project for an employee acquisition and selection system 

Bohušová, D.: 

A suggestion for a programme for personnel work and social 

work in a company 

Bartošová, M.: 

A suggestion for an environmentally oriented management 

system in a company 

Bajcar, R.: 

Application of measures leading to optimal change 

implementation in conditions of SSIN in Slovak Telekom, inc 

Ladiverová, J.: 

A proposal for corporate culture as a tool of employee 

motivation in specification of industrial concerns in SR 

Králik, J.: 

A proposal for the improvement of the employee appraisal 

system in the company Rademaker Slovakia Ltd 

Kortiš, M.: 

A strategy formation proposal for the company 

TECHNEX-MONT, spol. s r.o. Trnava 

Kopencová, I.: 

A proposal for a method for searching, recruiting and educating 

employees in the Ledrov Ltd company, Lednicke Rovne 

Kmotríková, M.: 

A project of adaptation for newly recruited employees 

Klištincová, M.: 

A proposition for improving the employer’s valuation system 

at JAVYS, a.s. Jaslovské Bohunice 

Klenkovičová, V.: 

A proposal for improvement of management in production units 

in the factory ŽOS Trnava, a.s. 

Kapošová, M.: 

A proposal for improvement of the information system utilisation 

at the company DIPEX, s.r.o., designed for the needs 

of production planning and production logistics 

Jadroňová, V.: 

A proposal for using advertising and its influence 

on the consumer in Nestlé Slovensko, s.r.o. Prievidza 

Ivaničová, I.: 

A suggestion for rationalization of a system for acquisition 

and selection of employees 

Holienčinová, G.: 

Increasing the company culture - the tool of SLOVNAFT 

employee motivation 

Hlavatý, P.: 

An improvement suggestion for the maintenance- repair system 

in The Rail Company CARGO Slovakia a.s. Bratislava 

Havran, I.: 

Definition of a market model for a specific commodity in ZSE, a.s. 

Hajdoni, P.: 

A proposal for personal career management methodology 

of employees in a selected company 

Hajdinová, J.: 

A proposal for the optimalization of the managerial processes of 

the quality management system in ZIPP Bratislava, spol. s r.o. 

company 

Hajach, P.: 

Introduction of the CRM system in the company TATRACHEMA, 

v.d. Trnava 

Prekop, P.: 

A proposal for an employee education system of improvement 

in the company Rademaker Slovakia Ltd 

Pokrývková, I.: 

A proposal for methodology for monitoring and evaluation of 

costs relating to the quality in SYLEX, s.r.o. Bratislava company 

Orlová, Z.: 

A suggestion for the improvement of logistic activities in the JIT 

plant Faurecia Slovakia, Ltd., Trnava 

Olgyayová, J.: 

Proposed measures for improvement of the process of obtaining 

and selecting staff in the company Medical Glass, a.s. Bratislava 

Németh, M.: 

A proposal for the planning and operating system 

of the maintenance and repair activities in Solivary a.s. Prešov 

Nemčeková, A.: 

A proposal for improvement of the marketing strategy in the 

business management in the company VVED, s.r.o. Domaniža 

Muráň, S.: 

A proposal for a method for searching and selection 

of employees in PVS, the joint stock company Považská Bystrica 

Moncmanová, A.: 

A System Proposal for Increased Leadership Effectivity 

in Change Implementation Processes 

Miskolcziová, A.: 

A proposal for improvement of the business management 

organization structure in the company of "Motory International, s.r.o." 

Masariková, M.: 

A Proposition for a System of Assessment and Remuneration 

of the Employees of Alfa Bio, Ltd. Banská Bystrica 

Maruškinová, D.: 

Ergonomic analysis in selected operations 

of the company BOHUŠ ltd 

Lúčanová, J.: 

A methodology proposal for internal budgets and their 

importance in organizational operation in controlling expenses 

Liedlová, M.: 

Rationalization of manpower management in the company 

MOTOR-CAR Bratislava, ltd 

Lamoš, J.: 

An Implementation Process of the Environmental Managing 

Principles for a Company Management System Proposal 

Vráblová, A.: 

Effective CNC technology employment in ISTROMETAL DM, s.r.o. 

Vitteková, M.: 

FMEA method application during the innovation of a product: 

the eccentric press ‘SMART Press’ at the company Toma 

Industries, s.r.o 

Veselá, A.: 

A suggestion for a system of retrieving and selection 

of employees in the firm SYNER Morava a.s., Kroměříž 

Turtáková, G.: 

A proposal for improvement of the logistics system in Miroslav 

Vasil - MIX company 

Tóthová, A.: 

A proposal for improving the system of employee remuneration 

Tokárová, Z.: 

Optimalization of logistical system management within 

the company Letecké opravovne Trenčín, a.s. 

Štancová, H.: 

Financial analysis and optimalization of the financial statment 

in the company Prvá Zváračská a.s., Bratislava 

Stančíková, D.: 

Lease Applications for Asset Acquisition in Hakom, Ltd. 

company in Martin 

Spustová, S.: 

Application of the FMEA method for HBPO Slovakia s.r.o., 

selected products 

Sláviková, I.: 

A proposal for company culture improvement of the TÜV 

Rheinland Bratislava company 

Siebenstich, W.: 

Economical Improvements in Self Electricity Production 

in Provision of Ancillary Services for SEPS, a.s. 

Schreiberová, I.: 

A proposal for rationalization of a plant educational system in

the company Národná diaľničná spoločnosť, a.s. Bratislava 

Sadloň, M.: 

A proposition for a solution for maintenance-repair activities in 

the communication networks of Slovak Telekom a.s. Bratislava 

Sádecký, M.: 

A proposal for performance assessment criteria for SSIN 

employees in Slovak Telekom Plc. 

Ryšavá, A.: 

A proposal for the improvement of the marketing plan as the 

basis of sustainability of Železiarne Podbrezova, a.s. on the market 

Rybanský, P.: 

A proposal for the improvement of technical preparation 

of SE-Enel a.s. 

Rusová, A.: 

A suggestion for improving the monitoring and management 

claims in the factory Novaky Chemical Factory 

Rauová, T.: 

Optimization of the organizational culture in the company Johns 

Manville Slovakia, a.s. Trnava 

Račáková, D.: 

A draft for a choice of method to finance the development 

of a venture investment in company Bohuš, s.r.o. 

Kmeť, J.: 

Design of a Project for Monitoring Customer Satisfaction 

in NCHZ Nováky a.s. Company 

Jakabovičová, J.: 

Development of an improvement project for selected criteria of 

the EFQM Model Excellence in ZF Sachs Slovakia a.s., Trnava 

Ivin, D.: 

The development of project “management of relations 

with customers in Staropramen Slovakia LTD” 

Chovanová, M.: 

Application of statistical methods for innovative quality results 

in the HEINEKEN SLOVENSKO, a.s. Hurbanovo 

Hoždorová, S.: 

Development of a project for monitoring customer satisfaction 

in the company C.S. CARGO Slovakia, Inc. 

Horváth, E.: 

Application of FMEA methods as a preventive form of process 

design of energy-saving light production in OSRAM, 

Nové Zámky a.s. company 

Horčička, I.: 

A suggestion for Quality Planning Methodology in the company 

ARMONT, s.r.o. Leopoldov 

Holbojová, A.: 

Development of a process for refining projects in the enterprise 

Metall Design, s.r.o. Bratislava 

Hančinová, Z.: 

A proposition for the application FMEA in the process 

production improvement of the Electronic tailpiece hand-brake 

in the company IRONAL, Ltd. B.B. 

Gilanová, D.: 

Creation of a system for control of non-conforming products 

in Schnellecke Slovakia s.r.o. Lozorno 

Galbičková, L.: 

Proposal for an application of quality tools and methods 

to improve the products of Cappellotto 

in the company Brovedani, s.r.o. 

Čapošová, E.: 

Design of a project for improvement of selected model criteria 

at CAF and FF UCM 

Borková, L.: 

Design of a project for improvement of company identity 

with emphasis on production quality 

Bokorová, T.: 

Implementation of quality and effectiveness improvement 

instruments and methods in the process of procurement 

Bojdová, Ľ.: 

An application method for determination of production process 

efficiency in the joint stock company "VÚSAPL, a.s." Nitra 

Besedová, J.: 

A project of statistical methods for quality management 

application in Vegum, jsc, Dolné Vestenice 

Vojanská, E.: 

A proposal for planning methodological quality in the company 

PCAS Trnava 

Vince, A.: 

Measuring and monitoring the quality of the manufacturing 

process in Carcoustics Slovakia, Senec 

Tvardošová, B.: 

Carrying out a project of monitoring customer satisfaction in the 

company VVED, s.r.o. Domaniža 

Teplan, M.: 

Monitoring customer satisfaction in the company STELIT, s.r.o. 

Trenčín 

Šugrová, I.: 

Solving a project for checking the quality of select processes 

in water MOBILIER Design, s.r.o. Piešťany 

Šipkovská, L.: 

Implementation of ISO/TS 16 949 requirements 

Straka, P.: 

Design of the application FMEA as a part of the improvement 

process in the company Wistron Infocoom Czech, s.r.o. 

Sloboda, V.: 

A project draft of human factor management in the quality 

management system of Slovak Mail Services a.s. Bratislava 

Remenár, R.: 

Design of a plan for quality improvement and documentation of 

a suggested process called: "goods returned to customers" for 

key customers of the company Hilti, a.s. 

Pestúnová, L.: 

Project efficiency of sales support in Vitis Pezinok s.r.o. 

Pániková, M.: 

Evolution of a Project on the Effective Sale Support 

in the Company Staropramen, s.r.o. 

Nikolov, P.: 

A proposal for an integrated management system 

in PPA Energo, s.r.o. 

Murgašová, E.: 

Rating and following the costs of quality in the service 

enterprise TO-MY-STAV, s.r.o. Kanianka 

Mrkvová, I.: 

Design of a project for effective support of sales in Esselte, s.r.o. 

Praha 

Martišová, A.: 

The Implementation Plan of Quality System according 

ISO/TS 16 949 

Knoteková, I.: 

Exhibiting the accordance of building industry products 

in Doprastav, a.s. 

Brieniková, J.: 

Suggestions for solutions to improve the level of socially 

responsible business in small and medium-sized industrial 

enterprises in SR 

Borisová, Z.: 

A proposal to use the method CBA in evaluating environmental 

investment in the enterprise ŽOS Trnava, a.s. 

Bondra, J.: 

A proposal for application of PERT in time project planning 

in TERMOPA, Ltd. Trnava 

Bojkovská, L.: 

Design of solutions for improvement of knowledge management 

applications at the company I.D.C. Holding, a.s. 

Boháčik, J.: 

Blueprint of processes for decreasing the extent of 

manufacturing employee fluctuation in company JMT SK, s.r.o. 

Bielik, O.: 

Proposals for ensuring propagation of environmental production 

in Swedwood Slovakia, Ltd. 

Beňová, M.: 

A proposal for initiation of an ergonomics program in select 

operations in the company HKS Forge, ltd. Trnava 

Belková, E.: 

A proposal for improvement of a method for searching and 

selection of employees in EUROMOTOR, s.r.o., Banská Bystrica 

Barošová, M.: 

A proposal for maintenance-repair activities rationalization 

Barniak, B.: 

An application proposal for the JiT principle in the planning and 

managing of production in VW Slovakia 

Baňár, G.: 

Proposal for improving the organisation of interplant handling 

in the company Faurecia Slovakia, s.r.o. Hlohovec 

Balaj, V.: 

Design of a model for social enterprises for small and medium 

size businesses of machining orientation 

Bačíková, L.: 

A suggestion for a system of educational improvement 

67

68 

of employees in the enterprise Streit Trnava, s.r.o. 

Bača, J.: 

A suggestion for application of FMEA analysis to improve the 

quality of products in the company KNOTT, spol. s r. o. 

Bábiková, D.: 

A project to stabilize the staff in the firm JAVYS, SpA, Jaslovské 

Bohunice 

Andrašová, A.: 

Control of the flow value in logistical network 

Furinda, K.: 

A proposal for an evaluation system, improving 

staff EDEL VENT, sro, Levice 

Fraštíková, M.: 

A proposal of a project for lowering employee fluctuation in 

Visteon at Halla climate Control Slovakia, Ltd., plant Ilava 

Ferenčíková, A.: 

Suggestions for improvement of selected personnel actions 

affecting employees in the stability undertaking of ŽOS Trnava, 

j.s.c. 

Ferancová, L.: 

A proposal for rationalization of the work process 

Faturová, L.: 

Suggestions for effective control of storage supply 

in the company PSL, a. s., Považská Bystrica 

Fáberová, A.: 

The case for using cost analysys in managing the company 

RIM-PONA SLOVENSKO, spol. s r.o. 

Drozdová, A.: 

A suggestion for a method of optimalization of financial 

stability at STSZ, joint-stock company in Trnava 

Demitrovičová, V.: 

A suggestion for ergonomic rationalization in selected 

operations in the company TOWER AUTOMOTIVE, a. s. Malacky 

Darážová, N.: 

Suggestions for increasing the effectiveness of an Integrated 

management system of quality, environmental management 

and safety work in SPP - distribution a.s. 

Danko, M.: 

A suggestion for optimization of a financial planning model 

in the factory Jadrová a vyraďovacia spoločnosť, a. s. Bratislava 

Černá, Z.: 

A proposal for management of an organization following 

the deviation of costs 

Čelinská, Z.: 

A suggestion for optimization of the adaptation programme 

of new employees in company SLOVNAFT, a. s. Bratislava 

Cedzová, E.: 

A proposal for a project aimed at reducing the fluctuation 

of employees of the company "Slovenské lodenice Komárno, a. s." 

Gutman, M.: 

Design of a system for assessing and evaluating 

the effectiveness of training in Danfoss Compressors, Ltd, 

Zlaté Moravce 

Gombkötő, J.: 

A suggestion for improving use of information technologies 

in maintenance-repairing activity in the enterprise Slovnaft 

Montáže a Opravy a. s. 

Golis, M.: 

Application of TPS approaches (Toyota Production System) 

to manufacturing industries companies in Slovakia 

Gočálová, M.: 

A suggestion for application of a logistics method for managing 

the spread production program of the company ZF SACHS 

Slovakia, a. s. Trnava 

Gergelová, A.: 

Solutions to improve the level of CRM in small and 

medium-sized industrial enterprises in Slovak Republic 

Gažur, Š.: 

A proposal for improvement measures in the recruitment system 

in the company ADTOOL, s.r.o. Považská Bystrica 

Gažovičová, L.: 

A proposal for measures to increase the effectiveness 

of processes at JAVYS, a. s. Jaslovské Bohunice 

Gažová, I.: 

A draft for Johns Manville Slovakia, a. s. transportation 

and logistics system optimization 

Gazdačková, R.: 

Project design for fluctuation decrease in industrial companies 

Gavorníková, K.: 

Proposal for the creation of a marketing strategy in conditions 

of OD - PLAST Trnava, Ltd. 

Gatialová, L.: 

Application of a system for an employee evaluation system 

in ENVIRAL, a. s., Leopoldov 

Gajdošová, Ľ.: 

A proposal of directives for development of new products 

at the plant KINEX, a. s. Bytča 

Chrapčiaková, A.: 

A proposal project to utilize e-learning in education in business 

Hrdinová, G.: 

Analysis of the possible use and proposal for a corporate social 

responsibility system (CSR) in the enterprise 

Chirana Progress, s. r. o. Piešťany 

Hrašna, M.: 

A plan for a system for the reduction of staff fluctuation 

in the company CH-PRINT a. s. Stará Turá 

Hradská, K.: 

A proposal of methods appraisal of investment object efficiency 

Horňáková, J.: 

Solutions to improve the level of auditing of project 

management in small and medium-sized enterprises in Slovakia 

Hollý, M.: 

Suggestions on how to improve corporate culture 

in the company Protherm Production, s.r.o. 

Hodulíková, P.: 

A proposal for managing a company in relation to the deviations 

of costs 

Hoblíková, R.: 

A proposal for improvement in use of marketing communication 

in CHEMOLAK a. s. 

Heteňáková, I.: 

Analysis and suggestion of the controlling system for human 

resources in present conditions of industrial companies 

in Slovakia 

Harvanová, A.: 

A proposal for market research utilization for company market 

position development 

Hančík, M.: 

A proposal for improvement of marketing strategy 

in Saint-Gobain Construction Products Ltd 

Habalová, G.: 

A suggestion for streamlined procedure creation of personnel 

backup in ZF SACHS Slovakia, a. s. Trnava 

Kováčová, S.: 

A proposal for improvement to the system of employee 

appraisal in the company Johnson Controls, Ltd. 

Koltnerová, K.: 

Design of an Employee Education System in SAMSUNG 

Electronics Slovakia, s. r. o. Galanta 

Klierová, M.: 

Draft for optimization in the field of supplies in LEONI Autokabel 

Slowakia, Trenčín 

Kiseľ, P.: 

Employee turnover reduction in PCA Slovakia, s.r.o. Trnava 

Kífer, F.: 

A proposed project for building an environmental management 

system in the enterprise AGC Tatry, a. s. 

Kelemenová, Z.: 

Improvement proposal for an internal delivery logistics system 

for Delphi Slovensko s. r. o. 

Karkušová, S.: 

A rationalisation proposal for company transport 

in the SAMSUNG Electronics Slovakia s. r. o. Galanta company 

Karabinošová, L.: 

Improvement suggestions for human resources 

in Zentiva company Hlohovec 

Kaiserová, V.: 

A proposal for steps to increase the efficiency of selected 

processes in Saint-Gobain Construction Products, s. r. o. 

Bratislava 

Kaderičová, J.: 

A proposition to improve corporate culture as implementation 

for motivation of employees in the company Trenkwalder 

Innovations s. r. o. 

Jašeková, M.: 

Design of an optimal management production process by 5S 

method in PMB Assemblies, Ltd.

Janíková, J.: 

A proposal for providing cafeteria-based employee benefits 

in the conditions of Molitan - Slovakia, s. r. o. company 

Janák, E.: 

A proposal for management and development of selected 

marketing activities in the company Zeleziarne Podbrezova Inc. 

Lukáčová, L.: 

A proposal for a system of recruitment, training and reward of 

employees of YURA Corporation Slovakia, s.r.o. Lednické Rovne 

Lišková, K.: 

A proposal for remuneration system improvement 

at Delphi Slovensko, s. r. o. 

Lengyelová, P.: 

A Proposal for Rationalizing the Processes 

of Production Logistics in the company 

"Slovenské lodenice Komárno, a. s. Bratislava" 

Lelko, S.: 

A proposal for planning the JIT supply system in the company 

SAMSUNG ELECTRONICS SLOVAKIA, s. r. o., Galanta 

Lederleitnerová, M.: 

A lean layout, a lean place to work 

Lamošová, S.: 

A proposal how to consolidate staff fluctuation in the company 

Bodet & Horst mattress tickin k. s. Vrbove 

Kyzek, J.: 

Suggestions for a solution to decrease the physical effort 

of work from the point of view of ergonomics in the selected 

performances of the BDTech Ltd. Lučenec 

Kubovičová, S.: 

A suggestion for a system improving employee rewarding in PCA 

Slovakia, l. t. d. 

Krištofová, E.: 

A suggestion for rationalization of inventory and storage 

management in the ŽOS Trnava company 

Královičová, J.: 

A proposal for an ergonomics program initiation in selected 

operation of enterprise ŽOS Trnava, Inc. Trnava 

Králik, I.: 

Suggestions on improving use of IT systems in the company 

Hollen, s. r. o., Bratislava 

Karnasová, J.: 

A proposal how to improve the brand management 

of I.D.C. Holding 

Krajčovič, J.: 

Contemporary state research and assessment of economic 

and environmental packing process aspects 

Novák, T.: 

A proposal for improvements in stock management 

in Hansol LCD slovakia, s. r. o., company Voderady 

Morongová, M.: 

A suggestion for improvement of the system of evaluation of the 

establishment Techlima, s. r. o., Nové Mesto nad Váhom 

Minárechová, J.: 

The plan for a motivation program for employees 

of STAKOTRA MANUFACTURING, s. r. o. company 

Miklenčič, R.: 

A Proposal on How to Effectively Utilize PAM 

- at s.r.o.´s Marketing Communication 

Mesároš, D.: 

Solutions to improve the level of application of a model learning 

organization in small and medium-sized enterprises 

Matušíková, I.: 

A proposal to increase the efficiency of logistic activities 

in industrial enterprises by the concepts Lean and Kaizen 

Martinusová, V.: 

A proposal for improvements of the system of obtaining and 

selection of the employees in the Enermont, s. r. o., Bratislava 

Martinovič, T.: 

Design of a controlling application as a tool of management 

for personnel costs 

Martančíková, G.: 

A suggested method of personal career creation of employees 

in company Tatramat Quasar, a. s. Poprad 

Marettová, M.: 

Proposals for solutions to improve use of e-learning 

in the course of education in the SLOVNAFT PLC Bratislava 

Machara, M.: 

A proposal for arrangements of safety and health for employees 

from the protection of the ergonomics aspect in the chosen 

workshops of Cesty Nitra a. s. 

Ružičková, Ľ.: 

Proposals for improvements in intranet and internet services 

in governance of the company IDS Scheer Slovakia, s. r. o. 

Bratislava 

Repková, Z.: 

A project for improvements in generation of costing and pricing 

in the company VETROPACK NEMŠOVÁ s. r. o. 

Rehák, M.: 

A Proposal to Improve Logistic Activities of STS Department 

in Johnson Controls, ltd., Trencin 

Popracová, J.: 

Proposals for Employee acquisition and selection system 

improvement in Lencos, Ltd. company 

Polčanová, E.: 

Suggestion for streamlining the production process by setting 

up the welding room interstore - in Strojstav, 

a. s. Nové Mesto nad Váhom 

Petovský, J.: 

A proposal for improvement of the system of human resources 

planning in ZF SACHS SLOVAKIA 

Pažitná, L.: 

A suggestion for a model to evaluate the efficiency of business 

for small and medium companies 

Pastva, P.: 

A system design for effective exploitation of the marketing mix 

in Hörle Trad, s. r. o. Nitra 

Parišková, K.: 

Activities for rationalization of layout production 

Orlická, M.: 

A proposal for effective firm culture in the company Faurecia 

Slovakia, s. r. o. Hlohovec 

Olláryová, E.: 

Efficiency assurance of investing 

Šturdíková, P.: 

Utilization design of working stimulation tools on improvement 

of the remuneration system in ŽOS Trnava, Inc. 

Štrbáková, A.: 

A proposal for improvement of corporate culture 

in the company VS - Mont, s. r. o. 

Štefunková, M.: 

A proposal furnished on system improvement remuneration of 

staff at the firm Cestné a stavebné mechanizmy Tisovec, a. s. 

Špániková, M.: 

Proposals for improvement of the system for adaptation of new 

employees and evaluation of employees in the company ML 

Produktion, s. r. o. Myjava 

Šedlár, M.: 

A proposal for ways of rationalization of supplies and 

optimization of stock holding in the TRW Carr, s. r. o. company 

Šarmír, M.: 

Proposal for an application of the FMEA method 

for maintenance improvement in a Slovak power plant 

Sýkorová, D.: 

Improvements of the system for obtaining and selection of the 

employees in the company HANSOL LCD Slovakia s. r. o. 

Voderady 

Sviteková, M.: 

A proposal to improve the adaptation program for new recruits, 

in terms of enterprise Plasted, spol. s r. o. 

Stúpalová, M.: 

A proposed project of exploitation of e-learning for education 

in the company ŽOS Trnava, a. s. 

Stankovský, P.: 

An improvement proposal for production logistics in TOPOS 

Tovarníky 

Solus, J.: 

Calculation and pricing in market economy conditions 

in the company ASPEL SLOVAKIA s. r. o. Kežmarok 

Skýpalová, Z.: 

Design for improvement of company culture in the company 

Samsung Electronics Slovakia, s. r. o. 

Sklenář, V.: 

A proposal on Improving the System of Assigning 

and Adaptation of Employees to Job Positions in the company 

ZF SACHS Slovakia, a. s. Trnava 

69

70 

Schwarz, J.: 

Proposals to improve the application of project management 

at Ericsson Slovakia, spol. s r. o., Bratislava 

Sersenová, L.: 

A suggestion for a model for performance management 

of employees in industrial companies 

Seidl, R.: 

Concept for a project of building an environmental management 

sytem in the company Chirana-Dental, Ltd. Piešťany 

Sandtnerová, P.: 

Proposal for the possiblity to use accounting outputs 

for company management LiV - EPI, s. r. o. 

Talianová, J.: 

A proposal of measures for improvement in realization of cost 

analysis and for more effective using in financial decisions 

making in AMYLUM Slovakia, Ltd. 

Žilinská, N.: 

A proposal for a project to lower fluctuation of employees 

Zibrínová, E.: 

A proposal for improvements in the motivation system 

at Bohuš, s. r. o. 

Zaťková, K.: 

A proposal for improvements to make internal company 

directives more effective in conditions of INVENSYS 

ELEKTRONIKA SLOVENSKO, Joint Stock Company Trnava 

Záhorec, M.: 

A suggestion for streamlining central store activities 

for the company Emerson, division Branson 

Vidová, S.: 

Suggestions for acquiring and selecting employees in conditions 

of SOTEX s. r. o. company in Nové Zámky 

Varga, P.: 

A proposal of effects process for storage facilities 

in company EMPIRIA Piešťany, s. r. o. 

Uherčíková, B.: 

A proposal for improvement in organisation structure 

of management in KNOTT, spol. s r. o. 

Tomovičová, I.: 

An improvement suggestion for exploitation of technical 

and code resources for registry schedule in JAVYS, a. s. 

Tomková, J.: 

A solution proposal for initiation of an ergonomic program 

in selected operations at Delphi slovensko s. r. o. Senica 

Tomašovič, M.: 

Application of innovation tools in the new model introduction 

process in SONY Slovakia 

Tománeková, E.: 

Suggestion for further system education of company workers 

at Amylum Slovaka Ltd., Boleraz 

Talnagiová, V.: 

A proposal for changing the algorithm of production logistics 

in the company Premac Ltd. Bratislava 

Rumpelová, A.: 

A proposal for improving organization of supply and production 

logistics on assembly lines for a dual mass flywheel 

at the company ZF SACHS Slovakia, a. s. Trnava 

Révaiová, V.: 

A proposal for proceeding to the next education 

in the conditions of company HAGARD: HAL, PLC 

Greguš, L.: 

A proposition for a project of improving human resources 

management at the Nuclear regulatory authority 

of the Slovak republic 

Gálová, N.: 

A proposal for methodology to follow-up and evaluate costs 

related to quality in a production company and its application 

in Faurecia Slovakia, s.r.o. Trnava 

Fibich, M.: 

A proposal for the application of the strategy Balanced 

Scorecard in the organization MPOWER Engineering, PLc. 

Fašková, Z.: 

An application of a project of systems approach monitoring and 

measurement processes of products in K-SUPRA, s.r.o. Company 

Ďurišová, I.: 

Working out the project of the development of the customer 

relationship management system in Slovnaft, a.s. in Bratislava 

Ďurišová, E.: 

Application of a design system access selection process as an 

increment of a performance quality management system 

in organization Swedwood Slovakia, s.r.o. Trnava 

Dubčák, M.: 

Application of a project for applying complaint management 

in the company JAMP Svorada s.r.o. 

Dragúň, M.: 

Proposal for the application of TPPA methodology for process 

improvement at VISTEON SLOVAKIA, s.r.o. 

Čúzyová, M.: 

Project for monitoring customer satisfaction in the Euro-VAT, 

Ltd. Alekšince 

Csicsayová, T.: 

Suggestion for usage of selected tools and methods of quality 

management in solving low quality of durable milk 

Boženíková, P.: 

The design of utilization tools and methods for quality 

management system improvement in solution of the high 

spoilage of the product "Central turbine housing VNT type" 

Botka, M.: 

Working out quality assessment reports for Corporate Social 

Responsibility and evaluation of this in FIRES, s.r.o. Batizovce 

Binhacková, P.: 

Elaboration of a Project of Marketing Communication Application 

in the company Slovenská Pošta a.s. 

Baksová, A.: 

Proposal of FMEA application for UVH air pump production 

process improvement in SLOVPUMP-TRADE, s.r.o. 

Baginová, V.: 

Developing a project of complaints management applications 

at TRENS, a.s. Trenčín 

Adamcová, J.: 

Development of corporate identity with emphasis on quality 

of production 

Kovaličková, M.: 

Proposal for Quality planning procedures and its application by 

Hansol LCD Slovakia, Voderady 

Kovácsová, L.: 

Project Creation of Measurement and Monitoring of the Quality 

in Chosen Processes in the Company Edscha Slovakia Cabrio - 

Dachsysteme, a.s. Veľký Meder 

Koncový, M.: 

A proposal for a documented procedure for corrective 

and preventive measures according to STN ISO/TS 16 949 

in the organization ETOP Traiding, a.s. Púchov 

Kobetičová, L.: 

Development of a project for monitoring customer satisfaction 

at the ŽOS Trnava, a.s. company 

Knotek, R.: 

The Proposal of Quality Planning Methodology 

and its Application in Doprastav, a.s. 

Klukavá, V.: 

Identification and documentation processes of systems of 

management quality in the organization KTP Group, s.r.o. Trnava 

Kiss, J.: 

Working out a project for improving complaint management 

in MENERT spol. s r.o. Šaľa 

Karabová, E.: 

Application method of process consideration by the welding 

of exhaust pipe in Faurécia Slovakia, s.r.o. Trnava 

Jánošová, R.: 

Draft methodology for monitoring and evaluating the costs 

related to quality in the manufacturing organization 

and its application in practice 

Jankovičová, K.: 

Design of a project for monitoring and measurement 

of the process approach of selected operations or products 

in the company DECOM, a.s. Trnava 

Hujsiová, Z.: 

Application of tools and methods of quality management 

in ZF SACHS Slovakia, a.s. 

Horňáková, V.: 

Practical applications of the DOE method in Johnson Controls 

Trenčín Ltd. 

Horňák, M.: 

A proposal for exercising the social responsibility as a part 

of TQM principles in the company VUJE, a.s., Trnava 

Holzmannová, M.: 

Proposal for the application of statistical regulation of the

process production products manometer Bracket in the company 

Heriban, G.: 

Project draft for improvement of performance of production 

processes at Brovedani Slovakia, s.r.o. 

Hanes, M.: 

Pre-design and implementation of an MSA study in the production 

process in Faurecia Slovakia, s.r.o. Hlohovec organization 

Guniš, M.: 

A proposal for a project for application of so-called programs of 

partnership with suppliers in company Hella Slovakia Signal - 

Lighting Ltd. 

Smolek, J.: 

Proposal of a project for improvement of the process approach 

in the quality management system of JAVYS, a.s. Jaslovske 

Bohunice 

Rybecká, D.: 

A draft application for the statistical transposition entry check 

in Protherm Produkcion L.t.d. 

Rusnáková, M.: 

Application of statistical methods to define the quality 

of products in RONA Trading, a.s. Lednické Rovne 

Ridzoňová, Z.: 

The project for implementation of the tools and methods 

of function and efficiency rating of the quality management 

system in selection processes in the Vonsch Co. Ltd. Brezno 

Reiter, P.: 

In-process control in the case of EMERSON NETWORK POWER 

- ENERGY SYSTEMS company 

Rehák, M.: 

Development of an application project instrument and methods 

of function and quality system efficiency in ArvinMeritor LVS, 

s.r.o. Lozorno process 

Ratkošová, Z.: 

Application of statistical regulation in measurement of the clutch 

driven disk production 

Pikulová, Z.: 

Improvement suggestion for implementation of process 

approach in system of management quality 

Petrušová, J.: 

A proposal of the utilization of chosen tools and methods 

of improving the quality of press products 

Oslanecová, S.: 

Identification and documentation of the processes of the quality 

management system in Nuritech Electronics SK s.r.o., 

Hurbanovo 

Neštický, M.: 

A project of permanent improvement of processes 

in Hammerbacher SK, joint-stock company in Pukanec 

Micháliková, V.: 

A project suggestion for the systematic assertive implementation 

and methodical approach for a selected product at 

Vacuumschmelze, Ltd. 

Margetiny, M.: 

The application method 5S for preparation of the workplace 

in the production firm Ruukki Slovakia s.r.o. Holíč 

Malec, Š.: 

Application of statistical methods in production management 

at the company Hella Slovakia Signal - Lighting, s.r.o. 

Libová, Z.: 

Design for an improvement proposal of process attitude quality 

management in M-Logistic, s.r.o. 

Kubecová, L.: 

Application of the 5S method including the quality products 

improvement in the company Aweco Appliances Slovakia, k.s. 

Zlocha, J.: 

Proposal of self-assessment report EFQM excellence model 

for chosen criteria in APC Ltd. Dubnica nad Váhom 

Vršanská, Z.: 

The elaboration of a self assessment report of social responsibility 

and its evaluation in AllDeco, s.r.o. Jaslovské Bohunice 

Tuška, M.: 

The capability for improvement of the production process 

in Brovedani Slovakia s.r.o. Galanta 

Trhanová, Z.: 

Monitoring capabilities of the manufacturing process 

in ZF Levice 

Tóthová, D.: 

A Suggestion for the Accessibility of the System's Adaption to 

the Means and Methods for the Amendment of the Product's 

Quality in Motokom Slovakia, co. Veľký Meder 

Tarišková, L.: 

Development of monitoring customer satisfaction 

in the company SES, a.s. Tlmače 

Švihla, Š.: 

The application of statistical process control methods in Neuman 

Aluminium Fliesspresswerk Slovakia Ltd. Žarnovica 

Štefančíková, Z.: 

The design of statistical regulation of measurement for partwork 

in Fremach Trnava, s.r.o. 

Špendelová, S.: 

Identification and documentation for processes of Quality 

management system in the company Dae Young Electronics 

Slovakia s.r.o., Horná Streda 

Šimovič, B.: 

Application of statistical methods for input control in Chirana- 

Medical, a.s. Stará Turá 

Šikula, D.: 

The design and application of tools and methods for improving 

the quality in selected processes in Johns Manville Slovakia, a.s. 

Trnava 

Šebestová, M.: 

Development of the project of monitoring customer satisfaction 

in company ArcelorMittal Gonvarri SSC Slovakia, Ltd. 

Svrbík, R.: 

Design applications for benchmarking in the management 

system at Slovenské elektrárne, a.s. 

Sobotová, A.: 

The application of statistical methods in the manufacture of the 

Two-Mass Flywheel by ZF SACHS Slovakia, a.s. 

Dissertations 

Hoghová, K.: 

The Current State of Comprehensive Analysis Methodology 

Proposals for Corporate Culture in Industrial Enterprises 

Campbell, J.: 

A proposal for a model of financial management in small 

and medium sized industrial enterprises 

Lenhardtová, Z.: 

A system proposal for development of staff creative potential 

Glos, F.: 

Study of the influence of high speed steel heat treatment 

parameters on structural, thermal, stress and strain states 

Chovanova, H.: 

Design of methods for improvement of project management 

in industry enterprises in the Slovak Republic. 

Bednárik, J.: 

Methodology of human resources preparation in the sphere 

of environmentally oriented crisis management 

Mikloš, M.: 

Re-engineering applications on the level of small 

and medium sized enterprises 


Assoc.prof. Ing. František Horňák, PhD. 

• Germany, fy BBF Dresden 


• Australia, University 

Mgr. Dagmar Cagáňová, PhD. 

• Italy, Politecnico di Milano 

• Belgium, EPWS Brussels 

• Hungary, Europa Media Budapešť 

• Czech Republic, Univerzita obnovy Brno 

• Austria, WU Vienna 

• Czech Republic, Masaryk University Brno (2x) 

• Germany, fy BBF Dresden 

• Hungary, Budapešť - 7. RP 

• Hungary, TU Miškolc 

prof. Ing. Jozef Sablik, CSc. 

• Czech Republic, VŠB TU Ostrava (3x) 


71

72 

Assoc.prof. Ing. Miloš Čambál, CSc. 


Assoc.prof. Ing. Iveta Paulová, PhD. 


Ing. Peter Ončák 

• United Kingdom 

• United Kingdom, Project Challenge 

prof. Ing. Peter Sakál, CSc. 

• Russia, MEI TU Moscow 

Assoc.prof. Ing. Jana Šujanová, CSc. 


prof. Ing. Alexander Linczényi, CSc. 

• Croatia, EOQ Cavtat 

Assoc.prof. Ing. Renáta Nováková, PhD. 

• Croatia, EOQ Cavtat 

Ing. Marta Kučerová, PhD. 


Ing. Jaromíra Vaňová, PhD. 


Ing. Helena Vidová, PhD. 

• Czech Republic, AV Czech Republic 

Ing. Katarína Škůrková, PhD. 

• Poland, APIRD Czestochowa 

Ing. Alexandra Árendášová, PhD. 



Rolf Pfrengle, Dr.h.c. 


Christian Malus 

• Austria, Fachhochschule des bfi Vienna 

MEMBERSHIP IN SLOVAK PROFESSIONAL 

ORGANISATIONS 

Slovak Ergonomics Society 

prof. Ing. Jozef Sablik, CSc. 

Assoc.prof. RNDr. Karol Hatiar, CSc. 

Assoc.prof. Ing. Andrea Holková, PhD. 

Slovak Academy of Management 

Assoc.prof. Ing. Miloš Čambál, CSc. 

Assoc.prof. Ing. Iveta Paulová, PhD. 

Ing. Marta Kučerová, PhD. 

Ing. Miroslava Mĺkva, PhD. 

Ing. Jaromíra Vaňová, PhD. 

District Council for Professional Education 

and Preparation TTSK 

Assoc.prof. Ing. František Horňák, PhD. 


ORGANISATIONS 

Czech Pedagogical Society – Citizens Association 


International Association for Economics and Management 

in Wood Processing and Furniture Manufacturing 

Assoc.prof. Ing. Renata Nováková, PhD 

CASAJC-Czech and Slovak Association of Teachers 

of Foreign Language at Universities 


PUBLICATIONS 

Journals 

[1] 

BEŇO, R.: Packaging. In: Strojárstvo - Strojírenství. - ISSN 1335- 

2938. - Vol. 13, No. 7-8 (2009), p. 78-79. 

[2] 

BÍLÝ, M., ŠALGOVIČOVÁ, J.: People’s involvement and their competency 

in the Quality Managemet System. In: Kvalita. - ISSN 

1335-9231. - Vol. 17, No. 2 (2009), p. 16-21. 

[3] 

BÍLÝ, M., ŠALGOVIČOVÁ, J.: Audit of a management system. 

In: Kvalita. - ISSN 1335-9231. - Vol. 17, No. 3. - , 2009, p. 12-16. 

[4] 

BÍLÝ, M., LAKATOŠ, P., ŠALGOVIČOVÁ, J.: New norms for a system 

of management quality. In: Kvalita. - ISSN 1335-9231. - Vol. 

17, No. 4 (2009), p. 14-21. 

[5] 

BOTKA, M., PAULOVÁ, I.: The society related entrepreneurship as 

a part of principle application of the complex quality management 

and its evaluation in the company FIRES, s.r.o. Batizovce. 

In: Kvalita. - ISSN 1335-9231. - Vol. 17, No. 4 (2009), p. 38-43. 

[6] 

BOŽEK, P., HATIAR, K.: Virtual technology and ergonomics. 

In: Strojárstvo - Strojírenství. - ISSN 1335-2938. - Vol. 13, No. 2 

(2009), p. 52-53. 

[7] 

ČAMBÁL, M., MEŠTÍK, V., SLAMKOVÁ, E.: Company culture and its 

influence on the employee performance. In: Ai magazine. - ISSN 

1337-7612. - Vol. 2, No. 3 (2009), p. 85-87. 

[8] 

CIBULKA, V.: Simulation model – control of the quality of a project 

design. In: Transfer. - ISSN 1337-9747. - Vol.1, No. 3 (2009), 

p. 17. 

[9] 

CIBULKA, V.: Synergic attitude to the efficiency of logistic processes. 

In: Doprava a logistika = Transport & Logistics. - ISSN 1451- 

107X. - Mimoriadne číslo 6/2009 (2009), p. 59-62. 

[10] 

CIBULKA, V.: Application of the simulation tool Project 

Management Forecast by the evaluation of permanent project stability. 

In: Doprava a logistika = Transport & Logistics. - ISSN 1451- 

107X. – Mimoriadne číslo 6/2009 (2009), p. 55-58. 

[11] 

HAJNIK, B., SAKÁL, P.: Sustainable partnerships - a necessity for 

our companies. In: Vedecké práce MtF STU v Bratislave so sídlom 



1336-1589. - No. 26 (2009), p. 13-17.) 

[12] 

HATIAR, K., BOŽEK, P.: Ergonomics in the 21st Century. 


(2009), 87/13. 

[13] 

HRABLIK CHOVANOVÁ, H.: Increase of project success and an improvement 

of the project management in industry enterprises. 

In: eFocus. - ISSN 1336-1805. - Vol. 9, No. 3 (2009), p. 51-52. 

[14] 

KOŠTURIAK, J., CHAĽ, J.: How to use time during the crisis. 


(2009), 86/4-87/5. 

[15] 

KUČEROVÁ, M., VAŇOVÁ, J., FIDLEROVÁ, H.: Important aspects of 

continuous quality improvement in Slovak enterprises. In: Vedecké 

práce MtF STU v Bratislave so sídlom v Trnave. Research papers 

Faculty of Materials Science and Technology Slovak University of 

Technology in Trnava. - ISSN 1336-1589. - No. 26 (2009), p. 27- 

32. 

[16] 

MARTON, M.: DOE Method Implementation for the shaft pressing 

process in the TRW Steering System Slovakia, Ltd. In: Kvalita. - 

ISSN 1335-9231. - Vol. 17, No. 2 (2009), p. 42-46. 

[17]

MIŠÁK, P., ŠEBÖK, P.: Cutting machines according to the customer’s 

requests. In: MM Průmyslové spektrum. - ISSN 1212-2572. - 

No. 5 (2009), p. 30. 

[18] 

MIŠÁK, P., ŠEBÖK, P.: Stability, exactness and credibility. 


(2009), p. 27. 

[19] 

NOVÁKOVÁ, R.: Building phases of the process-oriented system. 




26 (2009), p. 39-45. 

[20] 

NOVÁKOVÁ, R., KUSÝ, O.: Performance evaluation processes from 

the perspective of current trends. In: Vedecké práce MtF STU v 

Bratislave so sídlom v Trnave. Research papers Faculty of Materials 

Science and Technology Slovak University of Technology in Trnava. 

- ISSN 1336-1589. - No. 27 (2009). 

[21] 

NOVÁKOVÁ, R.: Proposal of quality returns indicators. In: Journal 

of International Scientific Publications: Economy & Business. - ISSN 

1313-2555. - Volume 3 (2009), p. 1-6. 

[22] 

ONČÁK, P.: Project management – in professional way. 

In: Transfer. - ISSN 1337-9747. - Vol.1, No. 3 (2009), p. 18. 

[23] 

ONDRIGA, M., BOŽEKOVÁ, J.: Photometry in industry. 


(2009), 75/5 

[24] 

RYBANSKÝ, R., REŠETA, M.: Time-driven product development. 




27 (2009). 

[25] 

ŠALGOVIČOVÁ, J., URDZIKOVÁ, J.: A satisfied customer - in the 

light of ISO standards. In: Drewno wood. - ISSN 1644-3985. - Vol. 

52, Nr. 182 (2009), p. 83-90. 

[26] 

ŠALGOVIČOVÁ, J., BÍLÝ, M.: People’s involvement and their competence 

in quality management systems. In: Materials Science and 

Technology - ISSN 1335-9053. - Vol. 9, No. 4 (2009), p. 20-28. 

[27] 

ŠALGOVIČOVÁ, J., SOBOŇ, T.: Production facility improvement. 

In: Materials Science and Technology - ISSN 1335-9053. - Vol. 9, 

No. 4 (2009), p. 25-28. 

[28] 

ŠEBÖK, P., MIŠÁK, P.: Modern cooling emulsions. In: Strojárstvo - 

Strojírenství. - ISSN 1335-2938. - Vol. 13, No. 3 (2009), p. 25. 

[29] 

ŠMÍD, J., SAKÁL, P.: Open society progress provisions and confidentiality 

of knowledge in a small world. In: Vedecké práce MtF 

STU v Bratislave so sídlom v Trnave. Research papers Faculty of 

Materials Science and Technology Slovak University of Technology 

in Trnava. - ISSN 1336-1589. - No. 26 (2009), p. 75-80. 

[30] 

ŠMÍD, J.: Open innovation – a re-evaluation. In: Obchod, priemysel, 

hospodárstvo. - ISSN 1336-8117. - Vol. XVIII, No. 4 (2009), 

p. 10. 

[31] 

ŠMÍD, J.: Industry property – patents. In: Obchod, priemysel, hospodárstvo. 

- ISSN 1336-8117. - Vol. XVIII, No. 9 (2009), p. 9-10. 

[32] 

ŠURINOVÁ, Y.: Ford’s system for cost reduction due to development 

time. In: Materials Science and Technology. - ISSN 1335- 

9053. - Vol. 9, No. 1 (2009). 

[33] 

URDZIKOVÁ, J., KISS, J.: Motivation - a way to retain key employees. 




26 (2009), p. 87-91. 

[34] 

VIDOVÁ, H.: The lean logistics - the importance and utilisation in 

Slovak industrial practice. In: Vedecké práce MtF STU v Bratislave 

so sídlom v Trnave. Research papers Faculty of Materials Science 

and Technology Slovak University of Technology in Trnava. - ISSN 

1336-1589. - No. 27 (2009). 

Conferences 

[1] 

ANDRAŠOVÁ, A., ZLOCHA, J., HAJNIK, B.: Human resources for the 

permanently sustainable partnership. In: CO-MAT-TECH 2009. - 

Trnava : AlumniPress, 2009. - ISBN 978-80-8096-100-8. - p. 10-12. 

[2] 

ARENDÁŠOVÁ, A.: Multimedia teaching aids as a basic presumption 

of educational process quality increase. In: Educational program 

content innovation by means of the Object-Oriented Didactical 

transformation - Trnava : AlumniPress, 2009. - ISBN 978-80-8096- 

106-0. - p. 31-33. 

[3] 

ARENDÁŠOVÁ, A.: Multimedia teaching aids as part of teaching 

process innovation. In: CO-MAT-TECH 2009. Trnava : 


[4] 

BABČAN, M.: Personnel department orientated on the marketing. 

In: Scientia Iuventa 2009 : Banská Bystrica : Univerzita Mateja Bela 

v Banskej Bystrici, 2009. - ISBN 978-80-8083-793-8. 

[5] 

BEDNÁRIK, J.: Methodology of human resources preparation in the 

sphere of environmentally oriented crisis management. 

In: Radioelektronika, elektrotechnika i energetika. Tezisy dokladov. 

Tom 2 - Moskva : Moskovskij energetičeskij institut, 2009. - ISBN 

978-5-383-00346-6. – p. 240-241. 

[6] 

BEDNÁRIK, J., SAKÁL, P.: Readiness of Human Resources for the 

Sphere of Environmentally Oriented Crisis Management. 

In: Špecifiká marketingu služieb a regionálneho marketingu . 

Trnava : Univerzita sv. Cyrila a Metoda v Trnave, 2009. - ISBN 978- 

80-8105-101-2. - p. 6-14. 

[7] 

BEŇO, R., HATIAR, K.: Applying ergonomics principles in manual 

handling. In: CO-MAT-TECH 2009. Trnava : AlumniPress, 2009. - 

ISBN 978-80-8096-100-8. - p. 34-43. 

[8] 

BEŇO, R.: HCS model 3E and logistic. In: International Doctoral 

Seminar 2009 : Trnava : AlumniPress, 2009. - ISBN 978-80-8096- 

088-9. - p. 33-37. 

[9] 

BEŇO, R.: Using ergonomics analysis through checklists as a tool 

for growing the effectiveness of company strategy. In: Molodež, 

kreativ, innovacii - uslovija stabiľnogo razvitija obščestva . Ufa : 

Ufimskij gosudarstvennyj aviacionnyj techničeskij universitet, 

2009. - ISBN 978-5-86911-985-8. - p. 12-16. 

[10] 

BERGELOVÁ, M.: Recurrence of the global crisis by sustainable development 

strategy for small and medium sized companies in 

Slovakia. In: CO-MAT-TECH 2009 - Trnava : AlumniPress, 2009. - 

ISBN 978-80-8096-100-8. - p. 44-48. 

[11] 

BORISOVÁ, Z., SAKÁL, P.: Using the method CBA in evaluating the 

environmental investment in small and middle companies in 

Slovakia. In: CO-MAT-TECH 2009. - Trnava : AlumniPress, 2009. - 

ISBN 978-80-8096-100-8. - p. 64-70. 

[12] 

BOŽEK, P., SAKÁL, P.: Model HCS vs. creation of the user program 

for a robototechnical system. In: Medzinárodné stretnutie Katedier 

výrobnej techniky a robotiky - Trenčín : Trenčianska univerzita 

Alexandra Dubčeka v Trenčíne, 2009. - ISBN 978-80-8075-420-4. - 

p. 14-20. 

[13] 

ČERNÁ, Ľ.: Life-long education and informal adult education. 

In: Úloha neformálneho vzdelávania v procese celoživotného vzdelávania 

- Košice : TYPOPress, 2009. – ISBN 978-80-89089-87-1. -

AR MTF - Slovenská technická univerzita v Bratislave

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