Student for a Master's thesis on the topic of ''Creation of a simulation method for determining the residual load-bearing capacity of impact-loaded fiber composite components'' (m/f/d)

Digital transformation. Reliability. Peacekeeping. We are also working with Diehl in our five subgroups Metal, Controls, Defence, Aviation and Metering and our over 16,000 employees with high pressure. Discover fascinating technologies and get involved. In a trusted and courageous family enterprise, which is stable and stable – from tradition. For our site Diehl Aviation in Laupheim we are looking for a: Students (m/w/d) for a Master's thesis on the topic ''Establishing a Simulation Method to Determine the Resturability of Impact-Battered Fiber Combination Components''

You work in the theory of explicit impact simulations. You will also perform FE-models for selected aircraft cabins. You validate the models using self-tested tests. You will also carry out a methodological study to transfer pre-damages to static models using a replacement model. In addition, you validate the pre-damaged model using self-guided tests.

You will study aerospace engineering, mechanical engineering, materials engineering or a comparable field. In addition, you have advanced features in the firmness mechanism. In addition, you have gained first practical experience with finite element modeling as well as in dealing with common soft products such as Altair Hypermesh. Ideally, you could already work with explicit FE columns like Radioss. In addition, you are passionate about complex numerical problems, show high self-initiative and work interdisciplinary.

Flexible working times Family business Canteen Food supplement Parking place In the case of the same status, the activities of severely hindered persons are preferentially treated. If you are interested, please give your SB status on a voluntary basis. .