Optimization and Evaluation of Components to Increase Efficiency and Extend Service Life

In the development and optimization of components, the aim is on the one hand an economical design and production, and on the other hand the most efficient use possible in the subsequent application.

Structural mechanics therefore simulates how solids behave and change under static, dynamic and thermal loads. Potential weak points can thus be identified and eliminated during development by means of a strength and stress analysis. In addition, the geometry can be optimized with a view to more efficient component utilization and the service life can be predicted for the load and operating scenarios that occur.

Offer & Consulting

The simulation process is usually divided into three steps:

Infographic simulation

Our service portfolio in the field of structural mechanics:

  • Linear analyses for strength and stress analysis
  • Operational stability and reliability
  • Geometrically non-linear analyses (strong deformations)
  • Material non linearities/ plasticities and evaluation of material behavior
  • Non-linear contact behavior
  • Lifetime evaluation on the basis of the calculated stresses and the existing load collectives
Design support during the development of a torque converter
Design support during the development of a torque converter: FE modelling and calculation as well as stress evaluation of the individual components

PLEASE CONTACT ME PERSONALLY

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I am happy to support you with numerical simulations and advise you on the development, optimization and automation of your simulation processes.

Dr.-Ing. Manuel Eckstein

+49 931 49708-290
eckstein@woelfel.de
Contact form

Study

Mechanical Engineering, TU Darmstadt

Academic Degree

Dr.-Ing.

Working at Wölfel

Mastering the variety of technical challenges together with our customers and with the Wölfel team through innovative solutions.

Printing machine
Mechanical Engineering
[Translate to English:] Sitzkomfort
Seating Development and Comfort
[Translate to English:]
Multibody Simulation | MBS