Bachelorarbeit – FEM-basierte Analyse der Wärmeübertragung in Schmiedegesenken
Core
Development and validation of FEM models to analyze temperature distribution in forging die engraving surfaces and optimize thermal process stability.
Role type
Bachelor thesis researcher (thermal analysis & FEM simulation)
Builds
Simulation models for forging process thermal design
Domain
Manufacturing / Metal Forming / Thermomechanics
Deliverable
production ML models | research
Required skills
Finite Element Method (FEM), thermal analysis, process modeling, statistical evaluation
Preferred skills
knowledge of forming technology, thermomechanics
Technologies
FEM simulation tools
Responsibilities
Develop and validate models for engraving temperatures via forging simulation; Identify and map engraving areas with varying thermal behavior; Calculate temporal temperature evolution under varying production conditions; Build a database considering fluctuating parameters; Perform statistical evaluation of simulation results
Seniority
Undergraduate student (Bachelor level)
