首页> 外国专利> TOPOLOGY OPTIMIZATION METHOD OF LINKING FINITE ELEMENT ANALYSIS PROGRAM AND NUMERICAL ANALYSIS PROGRAM AND DESIGN METHOD FOR ULTRASONIC TRANSDUCER USING THE SAME

TOPOLOGY OPTIMIZATION METHOD OF LINKING FINITE ELEMENT ANALYSIS PROGRAM AND NUMERICAL ANALYSIS PROGRAM AND DESIGN METHOD FOR ULTRASONIC TRANSDUCER USING THE SAME

机译:有限元分析程序与数值分析程序相结合的拓扑优化方法及超声传感器的设计方法

摘要

The present invention relates to a method for phase optimization linked with a finite-element analysis program and a numerical value analysis program and a method for designing the phase optimization of an ultrasonic transducer by using the same. The present invention performs dynamic feature analysis and the modeling of an analyzed model in the finite-element analysis program and performs design variable update for phase optimization in the numerical value analysis program. Therefore, with the invention, phase optimization is possible even in a field in which the phase optimization is impossible due to a complex initial shape. In addition, the phase optimization is performed by using the numerical value analysis program so that a reasonable phase optimization result is obtained by applying various phase optimization algorithm to even a model with a physically impossible result. [Reference numerals] (S2100) Determining design variable and purpose function of model to be interpreted;(S2200) Modeling model to be interpreted by using finite-element analysis program;(S2300) Interpreting motion feature of model by using finite-element analysis program;(S2400) Transmitting motion feature interpreted in finite-element analysis program to numerical value analysis program;(S2500) Renewing design variable by using phase optimization algorithm of numerical value analysis program;(S2600) Receiving design variable;(S2700) Transmitting renewed design variable of numerical value analysis program to finite-element analysis program;(S2800) End optimization
机译:本发明涉及一种与有限元分析程序和数值分析程序相链接的用于相位优化的方法,以及一种使用该方法来设计超声换能器的相位优化的方法。本发明在有限元分析程序中执行动态特征分析和所分析模型的建模,并且在数值分析程序中执行用于相位优化的设计变量更新。因此,利用本发明,即使在由于复杂的初始形状而无法进行相位优化的领域中,也可以进行相位优化。另外,通过使用数值分析程序执行相位优化,从而通过将各种相位优化算法应用于甚至是物理上不可能的结果的模型,也可以获得合理的相位优化结果。 [附图标记](S2100)确定要解释的模型的设计变量和目的函数;(S2200)使用有限元分析程序解释的建模模型;(S2300)使用有限元分析程序解释模型的运动特征;(S2400)将有限元分析程序中解释的运动特征传输到数值分析程序中;(S2500)使用数值分析程序的相位优化算法更新设计变量;(S2600)接收设计变量;(S2700)传输更新设计将数值分析程序的变量转换为有限元分析程序;(S2800)最终优化

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