A、人体加速度\a、幅频特性\1.1 车身加速度\cheshenjiasudu.fig

.............\...........\..............\cheshenjiasudu.jpg

.............\...........\..............\cheshenjiasudu.m

.............\...........\..............\新建文本文档.txt

.............\...........\..2 Z2p\Z2pquxian.fig

.............\...........\.......\Z2pquxian.jpg

.............\...........\.......\Z2pquxian.m

.............\...........\2、人体-座椅系统幅频特性\rentijiasudu.m

.............\...........\........................\rentizuoyifupintexing.fig

.............\...........\........................\rentizuoyifupintexing.jpg

.............\...........\........................\人体座椅.txt

.............\...........\3、人体加速度\单双轴对比\danshuangzhouduibi.fig

.............\...........\.............\..........\danshuangzhouduibi.jpg

.............\...........\.............\..........\danshuangzhouduibi.m

.............\...........\.............\..........\untitled.fig

.............\...........\.............\..........\untitled.jpg

.............\...........\.............\..轴\danzhourentijiasudu.asv

.............\...........\.............\....\danzhourentijiasudu.fig

.............\...........\.............\....\danzhourentijiasudu.jpg

.............\...........\.............\....\danzhourentijiasudu.m

.............\...........\.............\双轴\rentijiasudu.asv

.............\...........\.............\....\rentijiasudu.fig

.............\...........\.............\....\rentijiasudu.jpg

.............\...........\.............\....\rentijiasudu.m

.............\...........\.............\....\新建文本文档.txt

.............\...........\.............\有座椅和无座椅对比\untitled.fig

.............\...........\.............\..................\youwuzuoyiduibi.m

.............\...........\双轴双质量系统\danzhourentijiasudu.m

.............\...........\..............\untitled.fig

.............\...........\..............\untitled.jpg

.............\b、计算\rentijiasudujisuan.m

.............\c、系统参数不同对其影响\1、车身固有频率\pinlv.fig

.............\.......................\...............\pinlv.jpg

.............\.......................\...............\pinlv.m

.............\.......................\...............\新建文本文档.txt

.............\.......................\2、车身阻尼比\zunibi.fig

.............\.......................\.............\zunibi.jpg

.............\.......................\.............\zunibi.m

.............\.......................\.............\新建文本文档.txt

.............\.......................\3、车身与车轮部分质量比\zhiliangbi.fig

.............\.......................\.......................\zhiliangbi.jpg

.............\.......................\.......................\zhiliangbi.m

.............\.......................\4、悬架与轮胎刚度比\gangdubi.fig

.............\.......................\...................\gangdubi.jpg

.............\.......................\...................\gangdubi.m

.............\a、幅频特性\3、人体加速度\单双轴对比

.............\...........\.............\单轴

.............\...........\.............\双轴

.............\...........\.............\有座椅和无座椅对比

.............\...........\1.1 车身加速度

.............\...........\1.2 Z2p

.............\...........\2、人体-座椅系统幅频特性

.............\...........\3、人体加速度

.............\...........\双轴双质量系统

.............\c、系统参数不同对其影响\1、车身固有频率

.............\.......................\2、车身阻尼比

.............\.......................\3、车身与车轮部分质量比

.............\.......................\4、悬架与轮胎刚度比

.............\a、幅频特性

.............\b、计算

.............\c、系统参数不同对其影响

A、人体加速度