Master Thesis: Characterization of the Compressive Behavior of Seal on Bipolar Plate Assemblies for Fuel Cell Stacks
On-site
Core
Characterize the compression behavior of Seal on Bipolar Plate (SoBPP) assemblies to define a safe operating window for weight-optimized aerospace fuel cell stacks.
Role type
Master's thesis researcher (mechanical/materials engineering)
Builds
Weight-optimized aerospace fuel cell stacks
Domain
Aerospace engineering / Materials science
Deliverable
physical/clinical work
Required skills
Structural mechanics, Materials science, CAD, Finite element (FE) modeling, Python, Laboratory testing
Preferred skills
None stated
Technologies
Python, CAD, FE modeling tools
Responsibilities
Conduct mechanical compression tests on SoBPP assemblies, Review literature on thin metal-polymer assemblies, Define allowable compression windows, Translate findings into design guidelines
Seniority
Student (Master's level)