Department <strong>of</strong> Textile Technologies1. Department pr<strong>of</strong>ileIn its research work, the Department focuses on the modeling<strong>of</strong> spinning and weaving processes and systems, theiroptimization, structure modeling and properties <strong>of</strong> yarns,woven and knitted planar textiles; development <strong>of</strong> s<strong>of</strong>twarefor prediction and optimization <strong>of</strong> the properties <strong>of</strong> yarn andfabrics including visualization; development <strong>of</strong> new types<strong>of</strong> special textiles with higher added value for clothing and<strong>technical</strong> applications, ring spinning system modification anddevelopment <strong>of</strong> new yarn types; theory <strong>of</strong> textile unevennessand its application; development <strong>of</strong> new laboratory proceduresfor verification <strong>of</strong> the quality <strong>of</strong> non-standard textile properties.In terms <strong>of</strong> education, the Department specializes in two majorareas. One is the area <strong>of</strong> textile technologies including spinning,weaving and knitting, in which we focus on the issue <strong>of</strong>technologies, technological systems and processes, machineryand the theory and modeling <strong>of</strong> technological systems,processes and fiber formations. The other, no less importantarea, is <strong>of</strong> the structure and properties <strong>of</strong> textiles focused onrelations in the line <strong>of</strong> fiber-yarn-planar textiles – productiontechnology, design <strong>of</strong> textile properties and textile mechanics.2. History and presenceThe Textile Technologies Department origins date back tothe very beginning <strong>of</strong> establishment <strong>of</strong> the Faculty <strong>of</strong> TextileEngineering (1960), the oldest departments <strong>of</strong> which werethe Spinning and Finishing Department and Weaving andKnitting Department. From the very beginning, the activity<strong>of</strong> the departments was focused mainly on machine-orientedresearch in the area <strong>of</strong> mechanical technologies, which wasalso reflected in the structure <strong>of</strong> the study programs. In thefollowing years, the departments were transformed into theSpinning and Economics Department (1976-1986), TextileMaterials and Spinning Department (1986-1991), SpinningDepartment (1991-1997), Weaving Department (1974-1997), Knitting Department (1991-1997) and MechanicalTechnologies Department (1997-2005). In 1997, the TextileStructures Department was established, and this Departmentbrought another research direction, i.e. product-orientedresearch, the results <strong>of</strong> which were gradually incorporatedinto the education. We historically solved topics related to thetheory <strong>of</strong> carding and shortening spinning technologies, aswell as the theory and technology <strong>of</strong> rotor fine spinning andother unconventional fine spinning methods (pr<strong>of</strong>. Ursíny) in6
cooperation with VÚB Ústí n. Orlici, VÚTS Liberec and Rieter CZÚstí n.Orlici, weaving process dynamics (pr<strong>of</strong>. Nosek), theory<strong>of</strong> yarn structure (pr<strong>of</strong>. Neckář), theory <strong>of</strong> woven and knitworkstructures, friction <strong>of</strong> textiles (pr<strong>of</strong>. Kovář).In 2005, the Mechanical Technologies Department and theTextile Structures Department merged under the name <strong>of</strong> theTextile Technologies Department. Integration <strong>of</strong> the researchactivities <strong>of</strong> the departments resulted in establishment <strong>of</strong> thesystem for “fiber-yarn-planar textile” projecting, the s<strong>of</strong>twareis available under the “LibTex” name. The first s<strong>of</strong>tware versionis, based on long-term experience, focused on cotton yarntextiles. At present, the models are applied in cooperationwith the Textile Materials Department to the textiles <strong>of</strong> specialfibers (fragile, high-strength, optical, conducting, fibers withshape memory) and the objective is to create prototypes<strong>of</strong> textile structures including new measurement methodsand properties optimizing s<strong>of</strong>tware. The process ability andprocedures <strong>of</strong> special fiber textile production are tested on theDepartment pilot equipment. The properties <strong>of</strong> the new textilesamples are tested in the Department laboratories, as well asin other departments <strong>of</strong> the Faculty <strong>of</strong> Textile Engineering.Every year the Department holds the STRUTEX internationalconference – Textile Structure and Structural Mechanics (since1994) and the national seminar “Textiles in the New Millennium”(since 2002), where the research results <strong>of</strong> the Faculty <strong>of</strong> TextileEngineering are presented.3. Educational activitiesThe Department employees provide education for study(bachelor, consequential master and post-graduate studyin both full time and part time form) in the area <strong>of</strong> textiletechnologies focused on spinning, weaving, knitting, as wellas special productions in the spinning technologies – sewingthreads, fancy yarns, texturing <strong>of</strong> filaments, in the area <strong>of</strong>weaving and knitting technologies – production <strong>of</strong> plush,planar textiles with surface loops, leno fabrics, ribbons, distanceand multiaxial knitted structures. The specialized branches areoriented not only on the production process analyses, but also onthe structure and properties <strong>of</strong> textiles. The Department <strong>of</strong>ferstraining in computer-aided textile design aimed at raw materialoptimization, textile structure and properties and structure <strong>of</strong>virtual textiles for electronic trading. The students can test thebasic textile production principles, starting from spinning on aspinning wheel, weaving on handlooms, to weaving <strong>of</strong> complexpatters on Jacquard machines, where they prepare the fiberstructure in advance including the weave, number and color <strong>of</strong>threads, 2D and 3D simulation and calculation <strong>of</strong> the fabric ona computer. The students can test the properties <strong>of</strong> fabricatedtextiles in state-<strong>of</strong>-the-art laboratories, thus directly receivingfeedback. During the studies, they can participate in activitiesfocused on development <strong>of</strong> new products and optimization <strong>of</strong>their properties in the area <strong>of</strong> clothing and <strong>technical</strong> textiles.The Department also provides education in English, in case <strong>of</strong>demand, and the courses in the above-mentioned areas can beprovided in both the Czech and English languages.7
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