Faculty of Mechanical Engineering

Division of Power, Process
and Environmental Engineering
Applied research of environmental protection
and technological solutions in energy
production and process engineering.
n Energy and simulation research;
n Heat transfer systems;
n Thermal processes and gas cleaning;
n Computational fluid dynamics (CFD);
n Equipment design;
n Heat transfer and fluid flow;
n Fuel and waste properties;
n Expert measurement in energetics;
n Fuel and waste combustion and
gasification;
n Heat engines and thermodynamic cycles;
n Computational modelling and
assessment of energy installations;
n Environmental engineering;
n Atomisation, sprays, aerosols, clean
space;
n Metallurgical processes analysis and
control;
n Heat transfer and heat exchanges;
n Fluid flow and heat transfer modelling
and CFD simulations.
Division of Aircraft
and Transport Technology
Applied research and development of transport
technologies focusing on top efficiency
and safety, reduction of negative impact on
environment and employment of up-to-date
technologies.
n CFD a FEM Simulation for Aeronautics
and Non-aeronautic Applications;
n Aeronautical Test;
n Composite Structure;
n Power Units;
n Vehicles Modelling and Testing;
n Handling and Building Machines.
Division of Mechatronics
Applied research and development of unique
technical solutions in the field of intelligent
electromechanical systems.
n Special Fluid Machinery;
n Special Electric Machinery;
n Adaptive Control;
n Production Machines;
n Automatic Manipulation;
n Machining Technology;
n Foundry Engineering;
n Forming, Welding and Surface
Treatment Technology.
Division of Virtual Machine Design
and Testing
Based on successful interconnection of
computational simulation of continuum
mechanics, fracture mechanics, tribology
and technical diagnostics.
n Acoustic Emissions;
n Engineering Analysis;
n Optical Diagnostics;
n Tribology;
n Vibroacoustics;
n Design and Development.
Division of Advanced Metal Materials
Particular issues related to manufacturing
and/or development of advanced metallic
materials, electron beam-based technologies
and other technologies such as laboratory-scale
heat treatment or formulation of
protective thermal barriers, phase analysis
and computer aided thermodynamic simulation
of phase transformations, analysis
of relation between materials structure and
their performance and analysis of their
failure.
n Materials Mechanics and Design;
n Materials Technologies;
n Structure of Phases.
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