Automotive

SIMPACK is a general purpose three dimensional Multi-Body Simulation (MBS) software which is uniquely suited to the analysis and design of any type of on- or off-road vehicles. SIMPACK Automotive is the world’s MBS market leader for commercial vehicles and is continually gaining ground in all other automotive sectors.

 

 

 

General Areas

  • Motorcycles
  • Racing
  • Passenger Cars
  • Trucks
  • People Movers
  • Land Machinery
  • Formula Student
  • Etc.
 

The modular structure of SIMPACK models enables easy model generation and exchange of components for analyses where different levels of fidelity are required. One such example is rigid sub-frames for low frequency handling as opposed to flexible sub-frames for higher frequency comfort analyses. Drivelines, engines, and detailed steering systems can all be easily inserted into complete vehicle models. External components such as test rigs, track layouts and road surfaces can be selected for simulating different user defined manoeuvres. Multiple load cases with different model variants can be fully automated, including report generation.

The inherent stability and robustness of the SIMPACK solver enables extreme non-linear transient manoeuvres where shock contact is involved (e.g. emergency breaking, sudden clutch releases, loss of ground contact, etc). The complete range of analyses from low frequency suspension kinematics all the way to non-linear transients in the acoustic range can be undertaken using one model database.

 

 

SIMPACK can also export complete models as code for use within other simulation environments, e.g. for software-in-the-loop (SIL), hardware-in–the-loop (HIL) and man-in-the-loop (MIL) applications. Exported parameterised models can also be used in automatically generated model-specific GUIs for which no previous SIMPACK experience is required.

 

 

Applications

  • Simulation of any drivetrain design
  • Static and quasi-static analyses
  • Resonance Analysis
  • Linear System Analysis
  • Non-linear transient behaviour in the time domain
  • Complete system analyses
  • Stress/Durability
  • Optimisation
  • Batch job runs and automatic report generation