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Explicit energy storage fields and their application to structural property inspection of physical systems

机译:显式储能领域及其在物理系统结构性能检测中的应用

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Bond graph models provide very useful insights into the structure of dynamic systems. One major advantage of using these models is the clear representation of constraints and independent state variables. However, certain over-constrainedstructures are not dealt with adequately with this approach. Such a situation arises when several energy storage elements of the same type are directly coupled by a junction structure. In these models, although the representations are legitimate in termsof physical meaning, the resultant excess states cause pitfalls in the inspection of system properties. This paper proposes the use of explicit fields to eliminate such ambiguities. It was found that the excess states caused by the topological structurescan be totally eliminated by explicit fields. The excess states caused by the imposed sources then can be identified properly. Several applications are presented to illustrate the use of explicit fields.
机译:键合图模型为动态系统的结构提供了非常有用的见解。使用这些模型的一个主要优点是清晰表示约束和独立状态变量。但是,某些过度约束的结构不能用这种方法充分处理。当多个相同类型的储能元件通过接合结构直接联接时,会出现这种情况。在这些模型中,尽管表示形式在物理意义上是合法的,但所产生的多余状态会导致检查系统属性时出现陷阱。本文提出使用显式字段来消除此类歧义。发现由拓扑结构引起的多余状态可以被显式场完全消除。然后可以正确识别由强加源引起的过量状态。提出了几个应用程序来说明显式字段的使用。

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