Support for CAE, CAD and testing for the development of mechanical systems. Definition processes and guidelines for design requirements, load assumptions and mechanical stress analysis. Load and strength calculation for the verification of the structural integrity by functional proof and proof of strength. Experience in testing and simulation to validate and update models with the help of deflection -, strain measurements and experimental modal analysis for structural dynamics, vibrations, and acoustics. Using state of the art tools and verification methods, as the finite element analysis (FEA), multi-body simulation (MBS) and statistical energy analysis (SEA) for modeling static, dynamic and vibration related aspects.

 

Area of application:

aerospace, general engineering, transportation, and plant industry

• Noise and vibration control (definition of measures to reduce noise and vibration)
• Design criteria & load assumptions (definition of product specific loads and criteria)
• Proof of Strength (applied load and stress analysis to ensure the structural integrity)
• Experimental (static, dynamic vibration and acoustic test)