Crash simulation

Crash simulation

Our services in the field of crash simulation range from vehicle crash calculations to pedestrian protection and occupant protection simulations and the calculation of shock loads (impact) for a wide variety of products. Further areas of application are case studies and analyses ​​for containment.

  • Total vehicle crash calculations
  • Simulations for pedestrian protection and occupant protection
  • Calculation of component models
  • Front Impact / Rear Impact / Side Impact
  • Droptests
  • Impact stress / impact of different products
  • Shock analyses
  • Bumpertests
  • Analysis for containment
  • Evidence for explosion-resistant containers / drop tests for containers
  • For additional services please contact us …

We offer you explicit FEM simulations to evaluate the crash safety of entire vehicles or sub-components. We look back on many years of know-how to optimize, solve problems or to engineer vehicles and components in series and pre-development. Sound knowledge in the simulation of material behavior up to the failure of plastics, composites or metals as well as the consideration of the applicable regulations are part of our key aspects.
In addition to classic crash calculation in the automotive or rail vehicle sector, we offer you drop test simulations of a wide variety of products such as housings for electronic devices or packaging, as well as simulations in the field of ​​containment as an alternative or the validation of burst tests.
By transferring results from e.g. deep-drawing simulations to the calculation model we can also take into account and evaluate influences from manufacturing processes in the crash simulation.
The goals of our calculations are the early detection of component failure, the protection of occupants or pedestrians (head impact, barrier development, optimization of seat structures) and the reduction of cost-intensive real tests.

  • Total vehicle crash calculations in automotive engineering sector

  • Crash behavior of containers containing dangerous goods

  • Drop tests for consumer electronics (droptest)

  • Simulation of impeller bursting on turbochargers / blade demolition in turbomachinery (containment)

  • Design and development of barriers for pedestrian protection

  • Verification of burst tests for pump housings

  • Shock analysis for deck connections and valves

  • Drop test simulation for winding cores


FEM Berechnung

FEM analysis

FEM calculations for the evaluation of the physical behavior of structures as well as for component optimization or verification of strength.

Fluid dynamics

Stationary and transient flow calculations. Computation of coupled systems. Sloshing of liquids. Multiphase flow simulation.
Crash Berechnung

Crash simulation

Crash simulations, occupant protection and pedestrian protection, drop tests, shock loads of various products, containment.

Forming simulation

Simulation of single or multi-stage forming processes such as deep drawing or flanging with determination of process parameters.