CAJ | 학술논문

针对某车型设计了铝合金控制臂，对该控制臂进行了台架试验和CAE分析，并根据试验分析结果对该控制臂进行了结构优化，给出了安全试验系数。对优化后的铝合金控制臂进行了验证试验，结果表明，结构优化后的铝合金控制臂不仅完全能够满足耐久试验要求，而且达到了减重34.4%的效果。
침대모차형설계료려합금공제비，대해공제비진행료태가시험화CAE분석，병근거시험분석결과대해공제비진행료결구우화，급출료안전시험계수。대우화후적려합금공제비진행료험증시험，결과표명，결구우화후적려합금공제비불부완전능구만족내구시험요구，이차체도료감중34.4%적효과。
Aluminum control arm has been developed for a vehicle model, on which bench test and CAE analysis are carried out, and structural optimization is made to this control arm according to test and analysis, and safety test coefficient is given. The optimized aluminum control arm has been verified and test, the results show that the aluminum control arm with structural optimization not only meet the requirement of durability test, but also reduce weight of 34.4%.