Masterarbeit Kopplung der FEM und der Peridynamik zur Korrosionssimulation in Python
Core
Develop and implement a coupled Finite Element Method (FEM)-Peridynamics approach to simulate corrosion processes in an in-house software environment.
Role type
Master's thesis researcher (computational mechanics/simulation)
Builds
A coupled FEM-Peridynamics solver for corrosion modeling
Domain
Materials science / Computational engineering / Corrosion simulation
Required skills
Solid mechanics, Finite Element Method (FEM), Python (object-oriented programming), SciPy, NumPy, mathematical modeling (ion transport, electrochemical reactions), numerical simulation methods
Preferred skills
None stated
Technologies
Python, SciPy, NumPy
Responsibilities
Develop and implement a coupled FEM-Peridynamics approach; program, modularize, and optimize interfaces and algorithms; formulate mathematical models for ion transport and corrosion front movement; validate the model against analytical solutions and experiments
Seniority
Master's student (6-month project)
