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Multidisciplinary Modeling Based on Model Unified Description Methods for Complex System

机译:基于模型统一描述方法的复杂系统多学科建模

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摘要

The model of complex system concerns mechanical, optical, electrical, hydraulic, control, thermal and aerodynamic disciplines. Multidisciplinary modeling technology can provide an effective method for design, optimization and test of complex system. Research status of multidisciplinary modeling is analyzed and its definition is given. The multidisciplinary modeling method based on model unified description is presented and model specifications are provided. Models are expressed as atomic model and compound model form that includes such elements as attributes, interface variables and behavior. Multidisciplinary model of complex satellite is then studied based on model unified description method.
机译:复杂系统的模型涉及机械,光学,电气,液压,控制,热力和空气动力学学科。多学科建模技术可以为复杂系统的设计,优化和测试提供有效的方法。分析了多学科建模的研究现状,并给出了其定义。提出了基于模型统一描述的多学科建模方法,并提供了模型规范。模型以原子模型和复合模型形式表示,其中包括诸如属性,接口变量和行为之类的元素。然后基于模型统一描述方法研究复杂卫星的多学科模型。

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