Doktorand Maschinendynamik & NVH – Optimierung des Schwingungsverhaltens elektrifizierter mobilhydraulischer Antriebssysteme
Core
Analyze dynamic vibration behavior of hydraulic components for electrified mobile hydraulic drive systems and develop simulation models to optimize noise and vibration performance.
Role type
PhD Researcher (Machine Dynamics & NVH)
Builds
Simulation models (MKS, FEM) and control strategies for active damping of vibrations and pressure pulsations in hydraulic systems.
Domain
Automotive/Industrial machinery, Electrified mobile hydraulics, Machine Dynamics, NVH
Required skills
Machine dynamics, Vibration engineering, NVH, Simulation modeling (MKS, FEM), Experimental setup design, Control strategy design
Preferred skills
Experience with simulation tools for dynamics and NVH, Messtechnical validation
Technologies
MKS, FEM
Responsibilities
Analyze dynamic vibration behavior of hydraulic components, Develop simulation models for dynamic behavior and noise optimization, Design experimental setups to validate simulation models, Design model-based control and control strategies for active damping, Present research results at international conferences
Seniority
PhD Candidate / Researcher