Masterarbeit zur Entwicklung einer thermisch gekoppelten Verlustberechnung in E-Drive-Zahnrädern und -Lagern
Core
Investigate the interaction between lubricant properties, gear contacts, and the thermal balance of an e-Drive system to determine optimal viscosity and rheology.
Role type
Master's thesis researcher (thermal modeling & tribology)
Builds
Thermal loss calculations and optimized lubricant specifications for e-Drive systems
Domain
Automotive / Electric Drivetrains / Thermal Engineering
Deliverable
research
Required skills
TEHD simulation, mathematical modeling, Matlab, Python
Preferred skills
Rheology analysis, surface quality assessment
Technologies
TEHD simulation, Matlab, Python
Responsibilities
Analyze the influence of lubricant viscosity and rheology on gear and bearing losses; Evaluate the impact of surface quality on thermal losses using TEHD simulations; Determine optimal lubricant properties based on surface quality and thermal state.
Sourced via smartrecruiters · Listed on CareerPlan, which tracks 70,000+ jobs from 20+ sources.