Master Thesis: Characterization of the Compressive Behavior of Seal on Bipolar Plate Assemblies for Fuel Cell Stacks
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)
Builds
Design guidelines for fuel cell stack compression systems
Domain
Aerospace engineering / Materials science / Structural mechanics
Deliverable
research
Required skills
structural mechanics, materials science, CAD, finite element (FE) modeling, Python, hands-on laboratory experience
Responsibilities
Conduct mechanical compression tests on SoBPP assemblies, review literature on thin metal-polymer assemblies, define allowable compression windows, translate findings into design guidelines
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