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For industry

prof. dr hab. inż. Mirosław Wendeker

prof. dr hab. inż. Mirosław Wendeker

Department of Thermodynamics, Fluid Mechanics and Aviation Propulsion Systems

Trust specialists who combine strong theoretical foundations with the latest technologies to deliver outstanding efficiency and reliability.

  • Theoretical foundations, design optimization and rational operating conditions for wind turbines and flying machines
  • Aerodynamic research using simulation methods and wind tunnel testing
  • Research on combustion, electric and hybrid propulsion systems for flying machines
Research services Research infrastructure

Department / Services

Department of Thermodynamics, Fluid Mechanics and Aviation Propulsion Systems

The department supports industry and research partners through advanced simulation, design, experimental testing and engineering development in the fields of thermodynamics, fluid flow, combustion, propulsion systems and mechatronic solutions.

Simulation studies Mechatronic design Test bench research Rapid prototyping Reverse engineering

Services

Engineering services for industry, transport and advanced propulsion systems

The Department of Thermodynamics, Fluid Mechanics and Aviation Propulsion Systems provides specialised services in simulation, design, testing and prototype development. Its expertise combines analytical methods, modern engineering software and practical laboratory capabilities to support innovation in automotive, aviation and energy-related applications.

Thermodynamic simulations

Advanced simulation studies of thermodynamic processes, including flow, heat and mass transfer, and combustion phenomena, carried out with professional engineering software such as Ansys and AVL.

Mechatronic systems design

Design and construction of mechatronic components and systems dedicated to propulsion, control, diagnostics and research applications.

Experimental testing

Test bench investigations of internal combustion engines, fuel supply systems and electronic engine control systems, supported by advanced measurement methods.

Prototype development

Rapid prototyping through powder-based and polymer 3D printing, combined with reverse engineering and 3D scanning services.

Simulation and engineering analysis

Advanced computational support for thermal and flow processes

The department performs computational studies supporting research, optimisation and product development in systems involving fluid flow, thermal loads and combustion processes.

Flow simulations

Numerical analyses of fluid flow in technical systems, supporting design improvement, efficiency optimisation and operational verification.

Heat and mass transfer

Simulation of heat exchange and mass transfer processes in components and systems exposed to thermal and transport-related loads.

Combustion modelling

Computational analysis of combustion processes for engine systems and energy devices, including support for conventional and alternative fuels.

Design and construction

Development of propulsion, control and mechatronic solutions

The department designs and develops mechatronic elements and technical systems for research, transport and industrial applications, with a focus on propulsion, control and measurement technologies.

Internal combustion engine fuel systems

Design and engineering of fuel supply systems for turbine and piston engines, including spark-ignition and compression-ignition units powered by conventional and alternative fuels such as E85, biodiesel, LPG, CNG and hydrogen.

Alternative propulsion systems

Development of alternative propulsion solutions for stationary, automotive and aviation applications, including electric, hybrid and fuel cell systems.

Flow-based propulsion and control systems

Design support for turbine engines, wind turbines and electronic control systems, including algorithm development, research systems and control-measurement instrumentation.

Test bench services

Experimental research and diagnostics

The department carries out test bench research supporting diagnostics, validation and development of propulsion and control systems in real operating conditions.

Piston internal combustion engines

Experimental studies including combustion chamber pressure measurements and vibration measurements for engine diagnostics and performance analysis.

Fuel supply systems

Test bench investigations of fuel supply systems used in internal combustion engines, including comparative analysis of different power supply concepts.

Electronic engine control systems

Research and diagnostics of electronic engine control systems, supporting the development of modern automotive and propulsion technologies.

Prototyping and reverse engineering

From digital model to physical component

In addition to analytical and experimental work, the department offers prototyping and reverse engineering capabilities that support product development, design reconstruction and research preparation.

Rapid prototyping

Preparation of physical models and functional components using powder-based and polymer 3D printing technologies.

Reverse engineering

Spatial scanning and geometry acquisition for reconstruction, redesign and digital analysis of existing components and technical systems.

Engineering support

Integration of simulation, measurement and prototyping methods into one development path supporting industrial implementation and product optimisation.

Training for industry

Specialist training for industrial professionals

The department also offers dedicated training programmes for employees of industrial companies, helping technical teams improve their competence in propulsion, diagnostics and modern engine systems.

Internal combustion engines

Training in the design, operation and practical use of internal combustion engines in industrial and transport applications.

Alternative fuel systems

Training in the construction and operation of alternative fuel supply systems for piston engines.

Automotive electronics diagnostics

Training focused on the design and diagnostics of electronic control systems used in motor vehicles.

Department expertise

Simulation, testing, prototyping and implementation support in one place

By combining engineering simulation, mechatronic design, laboratory testing, rapid prototyping and specialist industrial training, the department offers comprehensive support for companies developing modern propulsion, transport and energy technologies.

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European Funds – PL2022 project

Project co-financed by the European Union under the European Social Fund, Operational Programme Knowledge Education Development 2014–2020 "PL2022 – Integrated Development Programme of Lublin University of Technology" POWR.03.05.00-00-Z036/17