Description

In the CAE/optimization research group, computer-aided methods and tools are developed to support the product developer in design synthesis. To this end, a topology optimization method for injection molded, short fiber reinforced thermoplastic-metal hybrid composites is being developed in a current research project. The aim of this method is to obtain an optimized topology for a metal insert, with which the highest possible force can be transferred from the metal insert to the fiber-reinforced plastic (FRP) surrounding it. For this purpose, it is necessary to iteratively adapt the FRP to the modified topology of the metal insert within the topology optimization. In addition, other parameters such as anisotropic material properties of the FRP and manufacturing restrictions are to be taken into account.

Tasks

• Literature research on the finite element (FE) method and topology optimization
• Familiarization with the FE and optimization software Abaqus and Tosca Structure
• Development of a topology optimization method for hybrid composite structures
• Implementations in the programming languages Python and Julia to implement the method

Profile

• You are interested in further developing your simulation and programming skills
• You work purposefully and reliably
• Ideally, you already have prior knowledge of Abaqus or Python

Please send applications with curriculum vitae and transcript of grades to: sven.lenhardt∂kit.edu