Master thesis Thermal Cycling of Screw Joints
Join our Team
We are seeking talented Master's students to conduct a research thesis on evaluating torque loss in screw-joined interfaces that undergo thermal cycling. This role combines finite element method (FEM) simulation with experimental measurements on different fastener solutions, offering hands-on experience in thermal and mechanical engineering and analysis.
Key Responsibilities
- Perform thermal cycling tests using test fixtures to explore different fastener configurations and solutions, assess different approaches, and measure torques and track thermal-induced effects
- Develop and validate FE-models in ANSYS Mechanical to simulate torque application and retention following thermal cycling
- Compare simulation results with experimental data and draw conclusions and formulate analysis methodology that can be used in future assessments
- Document findings and provide recommendations
- Collaborate with engineering team to ensure technical feasibility
Required Skills and Qualifications
- Enrolled in a Master's program in Mechanical Engineering, Aerospace Engineering, or similar field
- Strong foundation in engineering design and solid mechanics
- Experience in or willingness to quickly learn FEM tools and analysis techniques
- Basic knowledge of CAD tools and handling (e.g., Creo, SpaceClaim)
- Experience with experimental testing and data analysis
- Solid technical writing and communication abilities
- Problem-solving mindset with attention to detail
Preferred Qualifications
- Previous FEM project experience
- Familiarity with structural simulation or noise measurement techniques
- Experience with design optimization methodology
- Programming skills (Python, MATLAB) for post-processing
What We Offer
Mentorship from experienced engineers, access to industry-standard tools, and the opportunity to contribute to a real product development cycle.