Responsibilities:
- Perform static dynamic and nonlinear simulations to assess structural integrity durability and performance under various operating conditions using Finite Element Analysis (FEA).
- Verify and validate simulation results through correlation with experimental testing data to ensure accuracy.
- Interpret simulation results to identify stress concentrations deformation patterns and failure modes.
- Generate and analyze fatigue life predictions including SN curves fatigue damage and life expectancy assessments.
- Generate healthy and faulty data for turbomachinery components to develop machine learning algorithms.
- Understand and contribute to the creation of an automated workflow for the creation of virtual sensors.
- Automate simulation using scripting languages such as Python.
- Document simulation methodologies and results including working procedures.
Qualifications :
Bachelors or Masters degree in Mechanical Engineering or Computational Engineering or a related field of study.
Additional Information :
5
Remote Work :
No
Employment Type :
Fulltime