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Research on Multidisciplinary Virtual Prototype Application Technology for Complex Electromechanical Product Based on COSIM Platform

机译:基于COSIM平台的复杂机电产品多学科虚拟样机应用技术研究

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In order to solve the accuracy problems of a space navigation system-consisting of both mechanical and electrical parts-under the influence of the multidisciplinary coupling factors,based on COSIM platform we have implemented a multidisciplinary collaborative modeling and simulation.Under such background,this paper introduced system mechanism and development mode based on COSIC platform.And then,the paper focused on the development process based on COSIM platform,which includes the High Level Modeling,single discipline modeling,collaborative simulation debug.Virtual prototyping results show that this suite of methods can fully meet the needs of multidisciplinary simulation.In the further research,we will implement multidiscipline design optimization and algorithm of auto variable step.
机译:为了解决由机械和电气两部分组成的空间导航系统在多学科耦合因子的影响下的精度问题,基于COSIM平台,我们实现了多学科协同建模与仿真。介绍了基于COSIC平台的系统机制和开发模式。然后,重点研究了基于COSIM平台的开发过程,包括高层建模,单学科建模,协同仿真调试。虚拟样机结果表明这套方法在进一步的研究中,我们将实现多学科的设计优化和自动可变步长算法。

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