Flow and Material Simulation

The department is oriented on inquiries for modeling and simulation of the production, functionalization and the usage of porous materials and composite materials for specific applications.

Customer inquiries e.g. relate to the production and functionalization of filter materials and technical filter systems, batteries or fuel cells, or fiber and particle reinforced lightweight components. What makes this department unique is the resident expertise in company-specific software solutions and the development, supply, and specific use of multi-scale and multi-physics methods suitable for industrial application.

The typical challenge for many simulation-based applications lies in representing the interrelated influences on complete components under dynamic loads in the production processes and the constraints of the local material properties.

Fields of Activity

 

Technical Textiles and Nonwoven Materials

Multi-scale modeling and simulation of technical textiles, nonwoven materials and fiber materials with heterogeneous micro-structure is at the focus of this research.

 

Microstructure Simulation and Virtual Material Design

The optimization of complex 3D structures of Materials is at the focus.

 

Lightweight Design and Insulating Materials

Computer simulation methods and automatic optimization methods for the design and dimensioning of components are used here.

 

Filtration and Seperation

Requirements for efficiency, dirt absorption and service life make design and optimization of filter elements a challenge.

 

Complex Fluids and Multiphase Flow

The Complex Fluids Group deals with rheological complex fluid flow problems and analysis of physical complex processes relevant for industrial applications.

 

Electrochemistry and Batteries

Electrochemical simulation, especially for Li-ion batteries, is the focus here.

Information Material

Flyers and other information material of the department.

Products and Services

Software products, consultations and services.

Staff

Employee Profiles of the department »Flow and Material Simulation«.