FLUID MECHANICS AND HEAT TRANSFER IN POWER ENGINEERING including
Development and Improvement of Numerical Methods of Calculation of Fluid Flow and/or Heat Transfer
Numerical Analysis of Fluid Flow and/or Heat Transfer in Power Equipment
Identification and Optimization of Fluid Flow and/or Heat Transfer in Power Equipment
Profiling of Flow Parts of Turbomachines
ENERGY SAVING TECHNOLOGIES IN POWER ENGINEERING AND ECOLOGY including
Development of Thermal Circuits and Improvement of Thermodynamic Characteristics of Power Equipment
Efficient Fuel Combustion
Renewable Energy Sources
Resource-Saving and Energy Efficient Technologies
Energy Storage
Environmental Safety Issues of Power Engineering
Hydrogen Technologies
DYNAMICS AND STRENGTH OF POWER EQUIPMENT including
Theoretical and Applied Mechanics
Mechanical Structures and Stress Analysis
Engineering Design
Materials Engineering
Nanotechnology and Microengineering
Methods and Technologies for Additive Manufacturing
Engine Technology
Aerospace Technology and Astronautics