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2015-12-10 ...
  • December 10-11, 2015 (8:30 a.m. - 4:30 p.m.) - Shanghai, China
Training / Education Classroom Seminars
New energy requirements for China’s vehicle market are significantly increasing battery system development. This rapid increase in battery development is elevating the importance of optimized battery system design, integration, and validation. Once the vehicle platform is determined, the vehicle must realize benefits from an optimized battery system design that includes enhanced acceleration speed, stable performance, long life, and desired range.
2015-11-24
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2015-10-27
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2015-09-22
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2015-08-25
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2015-07-28
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2015-06-23
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2015-06-10
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2015-06-10
Event
Since 10 years, aerospace industry is facing an unprecedented program development time reduction driven by high competition between Aircraft manufacturers. By the same time, avionics systems complexity is increasing dramatically. In this respect, the efficiency of avionics Integration, Validation and Verification (IVV) process is probably one of the most important success factors in the development of complex aircraft systems. This is one enabler to optimize design process to new concurrent engineering and drastic time schedule constraints. Classical IVV process consists in 3 major steps. First, during preliminary design phase, virtual testing evaluates the system capabilities with simulated components. Then, once first developments are achieved, this phase is completed with Hardware In the Loop (HIL) testing; this step mixes on the same test platform real aircraft components with models. Finally tests are directly performed on the complete aircraft (either on ground or in flight).
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