xiang jiao jian zhen xi tong zai tie lu chuan bo qi che he qi ta gong ye jie you zhao guang fan de ying yong xiang jiao he jin shu zhan jie de dan huang shi zui ji ben de jian zhen bu jian he li de she ji shi ta men de yi bao hu jie gou he she bei mian yu zhen dong he chong ji dai lai de po huai he shi xiao yin ci neng you yi bu jiao wei wan zheng de can kao shu lai xu shu zhe yi zhuan ye ling yu jiang shi shi fen you yi de zhe ben shu zhu yao wei cong shi xiang jiao jian zhen xi tong ling yu de gong cheng shi she ji bian xie de qi zhong you yi yan zheng guo de fen xi fang fa he gong ye jie zhen shi an li ci wai gai shu ye ke zuo wei ke xue yan jiu de can kao shu he da xue yan jiu sheng ji ben ke sheng de gong ye shi jian jiao cai shu zhong she ji zhun jing li xue pi lao she ji dong li xue jia zai he xie zai bu ji can yu ying bian he ji ru can yu ying bian re sheng cheng zi wo sheng re ru bian he ying li song chi deng qi ge fang mian yi ji er shi liu ge jing gai ling yu zhuan jia shen ping de gong ye jie an li gai shu wei zuo zhe 2017 nian 2 yue chu ban de ying wen ban Numerical prediction case validation for rubber anti vibration system de zhong yi ben dui yuan ying wen ban zhong de bian ji chu xian de cuo wu jin xing le xiu zheng huan ying du zhe ti chu bao gui de pi ping yi jian zai ban shi jiang kao lv bing hui zeng jia xin de nei rong zui hou wo yao gan xie wo de lao shi zhong nan da xue tu mu jian zhu xue yuan he ying guo te rui bao gong ye jian zhen ji tuan de tong shi men te bie shi wo de yi gu fu ren wu xiao hui bo shi Dr Wendy Xiaohui Wu dui gai shu de gong xian luo ke qi Robert Keqi Luo zhong nan da xue tu mu jian zhu xue yuan tie dao gong cheng xi 2017 nian 5 yue 9 ri