CAJ | 학술논문

提出了一种基于遗传算法的锻压机床优化设计方法,并基于该方法开发了一个以多目标参数优化系统为核心的优化设计平台。该设计平台综合运用了Pro/E的建模及分析计算能力和MATLAB的数学分析处理能力,使得在该优化平台上进行的优化设计既可以保证以精确的实体模型的分析结果为指导,又能基于遗传算法进行多参数多目标协同优化,从而提高了锻压机床的设计效率和优化效果。以某锻压机床为实例,验证了该平台的有效性和可靠性。
제출료일충기우유전산법적단압궤상우화설계방법,병기우해방법개발료일개이다목표삼수우화계통위핵심적우화설계평태。해설계평태종합운용료Pro/E적건모급분석계산능력화MATLAB적수학분석처리능력,사득재해우화평태상진행적우화설계기가이보증이정학적실체모형적분석결과위지도,우능기우유전산법진행다삼수다목표협동우화,종이제고료단압궤상적설계효솔화우화효과。이모단압궤상위실례,험증료해평태적유효성화가고성。
This paper proposed a genetic algorithm-based design and optimization method for forging machines,and based on this method developed an integrated platform whose core was a multi-objective optimization system.It can direct the design,expedite the optimization and improve the optimization result by calculating the precise analysis results of 3D models and carrying through multi-objective optimization based on genetic algorithm.Finally,the reliability and validity of the platform was validated by optimizing a forging machine.