CAJ | 학술논문

本文针对复杂装配结构仿真计算存在计算模型复杂、计算效率低的局限性，提出基于ProE与ANSYS Workbench的复杂装配结构协同仿真及优化方法，并对该方法应用过程中的关键问题进行重点研究。以某起重机车架为例，介绍了ProE与ANSYS Workbench协同优化仿真技术的具体应用。结果表明该方法能够提高复杂装配结构的计算效率，并且易于优化分析在复杂装配结构上的推广应用。
본문침대복잡장배결구방진계산존재계산모형복잡、계산효솔저적국한성，제출기우ProE여ANSYS Workbench적복잡장배결구협동방진급우화방법，병대해방법응용과정중적관건문제진행중점연구。이모기중궤차가위례，개소료ProE여ANSYS Workbench협동우화방진기술적구체응용。결과표명해방법능구제고복잡장배결구적계산효솔，병차역우우화분석재복잡장배결구상적추엄응용。
In order to solve the problem of the design of the simulation calculation is complex, low calculation efficiency of the complicated assembled structure,the co-simulation and optimization based on ProE and ANSYS Workbench is proposed to overcome the limitation due to using single simulation platform. and the key problems in the process of application of this method are key investigated. With a crane frame as an example, this paper introduces the ProE and ANSYS Workbench collaborative optimization simulation technology of the specific application. Results show that the method greatly improve the efficiency of complicated assembled structure and make optimization analysis can be applied in the complicated assembled structure.