PARIS, June 17, 2014 (GLOBE NEWSWIRE) -- ESI Group, pioneer and world-leading solution provider in Virtual Prototyping for manufacturing industries, announces the release of CEM Solutions 2014. Providing relief from cumbersome processes using different simulation methods, CEM Solutions 2014 offers EMC experts, equipment designers and system integrators an all-in-one solution integrating hybrid and coupled processes to address challenges across a wide electromagnetic spectrum.
Cars of the future will be smarter, safer and more connected. Manufacturers envision a new driving experience, offering even more security, comfort and infotainment capabilities than today. With sophisticated sensors, hundreds of processors and kilometers of wiring, onboard electronics account for up to 40% of the total manufacturing cost and mastering the overall electromagnetic compliance and Electromagnetic Compatibility (EMC) of a fully equipped vehicle has become a key challenge. To address the growing complexity, in the context of shortened development cycles and the desire to reduce the number of real prototypes, ESI offers comprehensive Virtual Prototyping solutions that can be deployed to pre-certify safe and reliable electromagnetic systems.
CEM Solutions 2014 integrates all major time and frequency methods in Computational Electromagnetics within one framework and together with Visual-CEM, a dedicated portion of ESI's multi-domain simulation platform, provides for efficient simulation of electromagnetic phenomena using coupled and hybrid techniques and enables the development of fully realistic virtual prototypes. This 2014 release comes with a special focus on automotive applications but never-the-less addresses all industry sectors.For the automotive sector: - Virtual Testing capabilities have been enhanced with a dedicated Radio Noise process aimed at evaluating the spurious electromagnetic noise created by internal cabling and other emitting components and determining the consequences for onboard antennas, receivers and similar devices. To support design optimization and improve electromagnetic performance, the performance of 24 GHz RADAR sensors behind plastic bumpers can now be investigated. CEM Solutions 2014 takes into account precise design parameters, including the 3D shape and surface coating, so that phenomena induced by even very thin metallic paint coatings can be evaluated. - A highly multiscale modeling process, combining standard computational techniques with analytical formulations is now proposed. This enables the management of realistic scenarios and complete 3D scenes that feature the roadway, metallic rail guards, other nearby vehicles and more.
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