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Research & Development

See our Collaborative Projects

anisotroKI Replacing FE-Solver with AI
The calibration of anisotropic material models requires filling and structural simulations to determine the model parameters. The goal of this project is to substitute the needed finite element solvers with specially trained AI models.

Long-Term Material Models
The aim of the project is, among other objectives, the development of a mathematical method that allows the prediction of the long-term behavior (deformation and failure behavior) on the basis of generally available material data.

LightMat Battery Housing
The target of the joint project "LightMat Battery Housing" is the development of functionalised, unidirectional fibre-reinforced semi-finished products for the large-scale production of high performance plastic battery housings for electric vehicles. The project is funded by the European Regional Development Fund ERDF 2014-2020.

Fast Simulation of SFR Plastics
Development of a software for the orientation-dependent calibration of an anisotropic elastoplastic standard material model for the FEM simulation of short fiber-reinforced injection molded plastic components. The project is funded by the Federal Ministry of Economics and Technology.

Strength Assessment of SFR Plastics
Development of a method for the strength assessment of short-fiber-reinforced plastic components. The project is funded by the Federal Ministry of Economics and Technology.

Simbabear (SIMulation-BAsed BEARing)
Development of a software for FEM simulation of highly pre-loaded rubber chassis bearings. The project is co-funded by the European Regional Development Fund and the federal state of North Rhine-Westphalia.