Design of Experiment tool (generation, fusion, improvement) Real-Time temporal response Real-Time population analysis
     
Reverse Engineering by optimization Parameters sensitivity analysis Real-time animations (kinematic &    stress / strain)

 

Watch Know Case studies Case studies Articles (More)
Ask a trial version

 

ODYSSEE.Lunar is a complete rupture compared to the previous existing : requiring Design Of Experiments type output (DOE) to generate results (full temporal curves/ scalar value) and animations (kinematic, stress, strain etc) in real time for new parameters sets tested. This solution, based on fusion techniques and Model Order Reduction algorithms (ROM) is a world premiere for conducting real-time parametric crash and safety simulations.

 

Main advantages:

  • No dependant FE solver
  • Few sampling points
  • Coupling with FE solvers (LS-DYNA, Nastran, ..) for parser
  • Simple input CSV files (X and Y )
  • Real-time prediction results
  • Full animation file in few seconds
  • Very intuitive interface
  • Precision gain
  • Embeded solution


ODYSSEE.Lunar  is an ODYSSEE plateform module (Optimal Decision Support System for Engineering and Expertise) proposed in « ODYSSEE Model Reduction Package » and « ODYSSEE Full Package ». ODYSSEE.Lunar is a new software powered by its AI engine ODYSSEE.Quasar for on-board computing and design giving many real time possibilities:

Lunar  main applications are:

  • Intelligent DOE generator (fusion and improve options)
  • Coupling with LS-Dyna and MSC-Sol400 software to automatically generate calculations (parser)
  • Parameter sensitivity analysis
  • Full time histories prediction (whatever the solver)
  • Reverse engineering by optimization
  • Animation prediction (kinematics and elementary data)
  • Stress iso values reconstruction
  • Real-time reconstruction of the output files animation: d3plot / h5 / animator / unv (IDEAS) / erfh5 (PAMcrash))
  • Various model reduction methods

 

Apart from Automotive Crash and Safety, many other industrial domains are concerned such as Healthcare, Aerospace, Defense, Biomedical, Consumer products, Manufacturing, Civil Engineering, Energy, Automotive, ... since the CADLM’s innovative real-time technology may be easily employed for encapsulation of any FE simulation model and used for decision support systems.