CAJ | 학술논문

以实际工况下的测试数据为基础，建立了简化的车内振动传递路径分析模型。在此基础上，以发动机悬置刚度为设计变量，综合考虑悬置系统能量解耦和车内振动，建立了基于灰色粒子群优化算法的多目标优化模型。并以某型卡车为例，进行了多目标优化求解。实验和优化结果表明，在得到较好能量解耦的同时，降低了车内振动，实现了能量解耦和车内低振动的优化匹配。
이실제공황하적측시수거위기출，건립료간화적차내진동전체로경분석모형。재차기출상，이발동궤현치강도위설계변량，종합고필현치계통능량해우화차내진동，건립료기우회색입자군우화산법적다목표우화모형。병이모형잡차위례，진행료다목표우화구해。실험화우화결과표명，재득도교호능량해우적동시，강저료차내진동，실현료능량해우화차내저진동적우화필배。
Simplified vehicle vibration TPA model was established based on the actual transfer path test datum.On the basis of that,multi-objective optimization model of powertrain mount system was established based on GPSO algorithm with considering energy decoupling and vehicle vibration, mounting stiffness parameters were taken as design variables.Taking a truck for example,a multi-ob-jective optimization solution was conducted.The test and optimization results show that the optimiza-tion method can get better energy decoupling and lower vehicle vibration,while achieving the optimal matching of energy decoupling and cars and low vibration.