ESI Releases PAM-CEM Simulation Suite 2010

Electromagnetic package for full virtual testing.

Paris, France – ESI’s PAM-CEM Simulation Suite addresses realistic models in their early “electromagnetic” design stage thanks to unique coupling capabilities allowing multi-scale electromagnetic phenomena to be assessed in the middle and high frequency ranges. End-users thus benefit from PAM-CEM’s ability to handle fully equipped 3D models, featuring on-board complex antennas as well as sophisticated cable networks.

The 2010 version of PAM-CEM Simulation Suite includes several key enhancements of significant benefit for industrial users, among which there are two major enhancements of special interest to the Automotive and Marine sectors:

– Direct access to the complete electromagnetic environment, beyond the usual computational area, taking into account additional reflecting vehicles and/or obstacles, if any.
– Dedicated High Frequency software tool, relying on Physical Optics combined with Equivalent Edge Diffraction and dealing with aeronautics RADAR applications or Antenna Radiation on-board large sized naval ships.

Near radiated fields for Automotive RADAR
The previous version of PAM-CEM offered a dedicated upgrade to access electromagnetic fields radiated in the so-called “near zone”, i.e. outside the 3D computational domain but not yet in the far zone. With the brand new 2010 upgrade, additional reflecting obstacles or vehicles can be taken into account together. Also, very thin paint bumper coatings that interfere with automotive RADAR devices are treated.

“The introduction of PAM-CEM has allowed us to conduct very precise electromagnetic wave simulations. We believe electronic control systems will be increasingly important in the development of the cars of the future”, declared Yasushi Hamada, Manager of the Electronic Testing and Research Group at MAZDA Motor Corporation.

High Frequency Electromagnetics
PAM-CEM Simulation Suite 2010 includes an additional product, named PAM-CEM/HF, which relies on the Physical Theory of Diffraction (PTD) combining Physical Optics and Equivalent Edge Currents. Specific applications can be found in Aeronautics with high frequency RADAR scattering or in the Navy with the radiation of integrated antennas.

“Together with Visual-CEM 6.5 and the forthcoming Special Version also presenting some new capabilities such as 3D/3D coupling for advanced source modeling, PAM-CEM Simulation Suite 2010 is clearly user-oriented and targets industrial modeling”, said Dr. Jean-Claude Kedzia, PAM-CEM Product Manager at ESI Group.