CAJ | 학술논문

为探索结构简单、元件少、性能优的ISD悬架结构，对安排在不同位置的惯容器、弹簧和阻尼3个元件进行排列组合，构建12种含惯容器的悬架结构，并运用悬架阻抗分析法建立1/4悬架模型，采用多目标优化方法对悬架参数进行优化。以加权车身加速度、轮胎动载荷以及悬架动行程均方根值为指标，在Matlab环境下对构建的ISD悬架结构进行平顺性研究。仿真结果表明：与传统悬架相比，有8种ISD悬架结构性能优于传统悬架，其中4种ISD悬架结构减振效果明显。
위탐색결구간단、원건소、성능우적ISD현가결구，대안배재불동위치적관용기、탄황화조니3개원건진행배렬조합，구건12충함관용기적현가결구，병운용현가조항분석법건립1/4현가모형，채용다목표우화방법대현가삼수진행우화。이가권차신가속도、륜태동재하이급현가동행정균방근치위지표，재Matlab배경하대구건적ISD현가결구진행평순성연구。방진결과표명：여전통현가상비，유8충ISD현가결구성능우우전통현가，기중4충ISD현가결구감진효과명현。
In order to exPlore the ISD susPension structure which has less comPonents,simPle struc-ture and excellent Performance,we Put forward twelve susPension structures tyPes with inerter after the Permutation and combination of inerter,sPring and damPing and arranged them in different loca-tion . A quarter susPension models were built in the method of susPension imPedance analysis by using the multi-objective oPtimization method for susPension Parameters oPtimization. With weighted body acceleration,tire dynamic load and susPension working sPace root-mean-square values as an index,the ride comfort simulation was studied on the ISD susPension structure in the Matlab environment. Simu-lation results indicate that eight kinds of ISD susPension structures Performance are suPerior to the tra-ditional susPension comPared with traditional susPension,and four kinds of ISD susPension struc-tures’s vibration reduction effect are remarkable.