Modeling, Simulating, and Optimizing Fluid Dynamics Processes

We combine mathematical and physical modeling, high-performance flow simulation, and systematic process optimization into an end-to-end workflow. Building on this foundation, we develop customized models, simulate complex processes using specialized software, and create digital twins for industrial applications.

Our solutions are used wherever fluid flows play a central role. The combination of modeling, simulation, and data analysis creates a solid foundation for decision-making. Companies gain detailed insights into their processes, identify opportunities for optimization early on, and can design and operate fluid flow systems more efficiently.

Flow Simulation for Complex Fluids and Materials

Our expertise in fluid dynamics and the software tools we have developed cover a broad spectrum – from highly turbulent air flows to complex non-Newtonian fluids such as suspensions and multiphase flows. In addition, we simulate the interaction of flows with fine structures such as particles, fibers, or films. These models are used, for example, in injection and infiltration processes as well as in cooling, heating, and drying processes.

For filters and other porous structures, we use multiscale approaches. In doing so, we combine detailed models of individual material structures with simulations of the overall process. In addition, we employ methods of parameter and geometry optimization to determine suitable process parameters and design components to optimize flow.

Digital Process Development for Industrial Applications

Our approach encompasses the modeling, simulation, analysis, and optimization of fluid dynamics processes. This end-to-end workflow accelerates digital process development and lays the foundation for robust and reliable industrial solutions.

Our methods and software solutions are used in a variety of industries, including plastics processing, the textile industry, the biotech and pharmaceutical industries, energy and process engineering, and the development of automotive components.