Mechanical Engineering

Mechanical Engineering

Research into the impact of computerisation and robotisation on the efficiency of manufacturing and biomedical processes and systems. Modelling and optimisation of complex, highly-automated manufacturing systems, their organisation and quality management. Methods for optimising the design and operating principles of mechanical process equipment used in process and food engineering as well as for environment protection.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl

Research on the technical and operational aspects of sustainable transport, including automotive transport. Optimisation of automotive vehicle design, operation and production technology. Investigation of selected durability, economic and environmental impact properties of internal combustion piston engines, including engines running on alternative fuels.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl

Modelling, forming, manufacturing as well as selecting materials and processes for specific applications. Research on metallic materials, composites, polymers, biomaterials, thin-film and ceramic coatings. Surface layer engineering, wear resistance testing, metal forming, casting, polymer processing.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl

Research on the dynamics of mechanical systems, non-linear vibration, bifurcation and deterministic chaos, vibration control, as well as the use of active composite structures for energy harvesting from mechanical vibrations. Research on the strength, stability and optimisation of structures and material mechanics. Experimental studies and numerical simulations on the kinematics and dynamics of biomechanical systems.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl

Research on surface layer physical properties and surface geometry accuracy of machine components. Improvement of machines, devices and technological processes. Adhesive joining of metals. Monitoring of machining processes and technical condition of machining tools. Modelling and optimisation of technological processes. Maintenance and reliability of technical objects. Maintenance. Technical and applied metrology.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl

Computer-aided optimised modelling, analysis and design of machines and mechanisms. Vibroacoustic assessment and diagnostics of the technical condition of machinery and drive systems. Application of vibration arthrography in medical diagnostics.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl

Theoretical fundamentals, design optimisation and improvement of operating conditions for wind turbines and aircraft. Research into machinery aerodynamics via simulations and wind tunnel testing. Testing of internal combustion, electric and hybrid engines used in aircraft on test benches dedicated to vehicle, brake system and simulation testing.

Contact Person: Professor Piotr Budzyński

Contact Email: rdn.im@pollub.pl