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在功率流子结构分析法的基础上 ,针对传统子结构导纳分析法的不足 ,提出了面向对象的单元子结构知识表达模型 ,该模型将基础、机器和浮筏作为 3种基本单元对象 ,能有效地处理隔振系统功率流的静态知识和动态知识。模型通过对隔振器的封装提高了系统分析和求解的结构化特性 ,从而实现了面向对象的系统求解策略 ,并在复杂隔振系统功率流智能分析和设计系统中获得了有效的应用
Based on the power flow structure analysis method, aiming at the deficiency of the traditional substructure admittance analysis method, an object-oriented knowledge representation model of unit substructure is proposed. The basic, machine and floating raft are taken as three basic unit objects, It can effectively deal with static and dynamic knowledge of power flow in vibration isolation system. The model improves the structural characteristics of the system analysis and solution by encapsulating the vibration isolator so as to realize the object-oriented system solution strategy and obtain the effective application in the power flow intelligent analysis and design system of the complex vibration isolation system