Master Thesis Stability Analysis of Running-In Processes Using Entropy-Based Methods
On-site
Core
Analyze the stability of running-in states in tribological contacts using entropy-based methods to understand surface evolution and health.
Role type
Master's thesis researcher (tribology/thermodynamics)
Builds
Conceptual and mathematical models of surface state after running-in
Domain
Tribology, Thermodynamics, Contact Mechanics
Deliverable
research
Required skills
Thermodynamics, Mathematical Modelling, Python, MATLAB, Physics, Chemistry, Physical Chemistry
Preferred skills
Non-equilibrium Thermodynamics, Contact Mechanics
Responsibilities
Conduct literature review on entropy-based approaches for wear and running-in; conceptualize and model surface state after running-in; critically assess applicability of entropy-based methods for tribological contacts
Seniority
Master's student researcher