This area covers topics connected with Power Electronics, Electrical Machines and Energy Conversion as well as Power Systems Engineering.
I. Electric drives and energy conversion
The research topics cover wide range of subjects matter of electronic, optoelectronic and microelectronic systems designed for measurement and diagnostics (also with artificial intelligence), alarm systems, person and product identification, car electronics, monitoring systems, product quality assurance systems, product electronization etc.
Intensification of heat and mass transfer in single- and two-phase flows (theoretical and experimental). Modern thermodynamic cycles for electricity production (theoretical and experimental). Energy storage (theoretical). Waste energy management (theoretical and experimental). Recovery and utilization of carbon dioxide (theoretical and experimental).
Keywords: heat and mass transfer, electricity storage and production, waste energy management, carbon dioxide utilization
Scientific activities in the field of manufacturing techniques can be related to the following topics:
Machine Dynamics is a field of study that concerns motion of various systems and forces acting on these systems during this motion. It primarily involves such topics as kinematics, dynamics, solid mechanics, acoustics and Finite Element Method. Some of the most important problems that Machine Dynamics have to deal with are inertia and vibrations. To predict the behaviour of a machine and control it or compensate unneeded effects and disturbances, various sophisticated methods and techniques are used.
Tribology (the science dealing with friction and wear) is an interdisciplinary science with a great influence on many aspects of everyday life as well as a great potential in development of technology in a variety of industries. The activity of the research teams at our university is mainly concentrated in three listed below areas.
The Applied Mechanics and Biomechanics Team is conducting research in the following fields of Biomedical Engineering and Mechanical Engineering:
Materials Engineering is a discipline that concerns the knowledge and principles of materials science into research on problems linked to the materials applications. Materials engineers continue to be at the vanguard of many areas of science. The Gdańsk University of Technology accommodates multiple groups researching various types of areas which all can be described as materials studies.
Materials Engineering is a discipline that applies the knowledge and principles of materials science into research on problems linked to the materials applications. Materials engineers continue to be at the vanguard of many areas of science. The Gdańsk University of Technology accommodates multiple groups researching various types of areas which all can be described as materials studies. In the case of the scientific research undertaken in our university, we are interested in both industrial applications and basic research.
Research activities cover a wide range of subjects related to the heat and mass exchange processes considered on the theoretical and experimental plane, focused on the energy conversion processes optimization and intensification.
Research works:
