Participating Institutes

The Institute for Turbomachinery and Fluid-Dynamics (TFD) conducts research into thermal turbomachinery and fluid mechanics and works on projects in aeroacoustics, aeroelasticity, multiphysics turbulent flows and turbine-, compressor- and wind energy research. Its main focus is on experimental and numerical analyses of unsteady interactions in complex systems. Extensive test rigs, modern simulation tools and in-house workshops, as well as close cooperation with industry and research partners, ensure high practical relevance and methodological advancement.

The Institute for Technical Combustion (ITV) researches turbulent, diesel engine, and gas engine combustion processes, from physical-chemical modeling to technical applications in engines and burners. It combines modern laser measurement technology with numerical calculations and has powerful test benches with customized measurement technology for development and optimization tasks. In addition to DFG-funded basic research, the ITV carries out numerous pre-competitive industrial projects (including via AIF/FVV) and direct industrial development work, and offers comprehensive expertise in calculation, simulation, and experimental combustion research.

The Institute for Dynamics and Vibrations (IDS) investigates piezo and ultrasonic technology, contact mechanics, elastomer friction, nonlinear structural mechanics, and the dynamics of rotating machines. One focus is on the numerical and experimental analysis of the structural dynamics and aeroelasticity of turbine and compressor blades. With over 25 years of project experience, the IDS develops innovative damping and simulation approaches and works closely with industry partners and joint research programs such as FVV and AG TURBO.

The Institute for Materials Science (IW) develops and investigates materials for use in machines, plants, and complex technical systems that must meet high and constantly growing requirements. Interdisciplinary teams address these issues in fundamental and applied projects, working closely with national and international partners from industry, universities, and research institutions.

The Institute for Drive Systems and Power Electronics (IAL) conducts research into electric drive technology ranging from micro to multi-megawatt applications and combines expertise in electric machines, power electronics, and drive control. Its work includes the development of time-efficient calculation methods, the analysis of electromagnetic and mechanical effects, and the investigation and prevention of parasitic phenomena. In addition, the IAL develops innovative concepts for power semiconductors, power electronic circuits, and control methods for optimizing modern electric drives.

The Institute for Electrical Energy Systems (IFES) works in the fields of electrical energy supply, high-voltage technology, asset management and electrical energy storage systems. Its research encompasses the analysis and modeling of energy and grid structures, the behavior of high-voltage components under real operating conditions, and the development and evaluation of innovative storage and system technologies. In this way, IFES makes significant scientific contributions to the stability, efficiency, and transformation of future electricity supply systems.

The Institute for Business Informatics (IWI) conducts research at the interface of information systems, energy research, and applied computer science. Its focus is on energy informatics, computational finance, information management, business model and acceptance research, and the development and analysis of data-based methods such as artificial neural networks. With scenario, risk, and profitability analyses, as well as research on smart grids and new mobility, the IWI contributes to the integration of digital technologies into energy and economic systems.