Simulations Insulation Materials

Modelling, Simulation and Optimization of Insulating Materials

Thermal or acoustic insulation materials are usually highly porous fibre or foam structures, which on the one hand should have the lowest possible thermal conductivity or high acoustic absorption, but on the other hand must also be permanently stable. The optimal selection of the material structure thus requires the determination of the different material properties and the quantitative evaluation of the conflicting criteria.

Based on microstructure simulations with GeoDict, we improve the fiber and foam structures with respect to their properties. In a second step, we can also optimize the design of multilayer systems. For the latter we also use measured input data.

Example Projects

 

Simulation Fiber Boards

Together with our project partners, we develop basic principles for the production and the strength calculation of light MDF boards.

 

Wood-Fiber Based Insulation

We are investigating the effects of fiber distribution in wood-fiber based insulating materials with the aim of improving thermal insulation.

 

Optimization of Thermal Insulation Materials

Thermal insulation materials are highly porous fiber or foam structures. The focus of our research and development is on multi-scale modeling and simulation.

 

Optimization of Doors by Means of Simulation

In various projects with the doors manufacturer Biffar, we create solutions through simulation to optimize design and functionality.

 

Structural Optimization in Mechanics and Acoustics

The calculation of the acoustic properties – starting from the microstructure – opens up new possibilities for material optimization.