Virtual safeguarding against vibration and shock loads

Ensuring structural integrity and reliability under dynamic loads is crucial in modern product development. We support you in safeguarding your structural components against vibration and shock loads through virtual evaluation and optimization. Our development-accompanying analyses and consulting services help to identify weak points and determine the optimum design.

Our services

• Determination of damage-equivalent load assumptions
  Creation of noise test signals on the basis of damage response spectra (Fatigue Damage Spectrum) and shock response spectra using the ^{FatiResponse®}software developed by us, as well as the derivation of transient shock signals.
• Design advice
  Support in the development of optimum designs that are sufficiently stable in relation to the excitation spectrum and also take lightweight construction aspects into account.
• Dynamic response analyses
  Carrying out analyses with various FEM solvers to ensure structural integrity.
• Strength verifications
  Standard-compliant evaluations for fasteners and local stress concentrations.
• Software-supported fatigue strength assessment
  Assessment based on FE response analyses in the frequency or time domain, also for complex load cases and materials.
• Utilization of synergies and similarities
  Implementation of comparative simulations for the simulative evaluation and qualification of similar structures.

• Real design loads
  Identify the damage-equivalent test signals based on real measurements and compare them with the customer or standard specification using shock and damage responses.
• Optimized design
  Find the ideal balance between stability, strength and weight.
• Efficient test preparation
  Minimize the risk of test specimen losses and protect yourself against unexpected loads.
• Successful qualification tests
  Increase the chances of success of your tests through precise preparation and analysis.
• Time and cost savings
  Reduce testing and development costs by eliminating time-consuming iteration loops and optimized test methods.