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ADAMS车辆工程案例仿真:转向节upright部件分析

【摘要】:单击Build > Part > General Part > New命令,弹出创建部件对话框可参考如图11-6所示;General Part输入upright;Location Dependency:Centered between coordinates;Centered between:Two Coordinates;Coordinate Reference #1(参考坐标):._fsae_

•单击Build > Part > General Part > New命令,弹出创建部件对话框可参考如图11-6所示;

•General Part输入upright;

•Location Dependency:Centered between coordinates;

•Centered between:Two Coordinates;

•Coordinate Reference #1(参考坐标):._fsae_suspension_rear_axle.ground.hpl_uca_outer;

•Coordinate Reference #2(参考坐标):._fsae_suspension_rear_axle.ground.hpl_lca_outer;

•Orient using:Euler Angles;

•Euler Angles:0,0,0;

•Mass:1;

•Ixx:1;

•Iyy:1;

•Izz:1;

•Density:Material;

•Material Type:.materials.steel;

•单击OK,完成部件._fsae_suspension_rear_axle.gel_upright创建;

•单击Build > Geometry > Link > New命令;

•Link Name(连杆名称)输入几何名称:upright;

•General Part输入._fsae_suspension_rear_axle.gel_upright;

•Coordinate Reference #1(参考坐标):._fsae_suspension_rear_axle.ground.hpl_uca_outer;

•Coordinate Reference #2(参考坐标):._fsae_suspension_rear_axle.ground.hpl_lca_outer;

•Radius(半径):13;

•Color(杆件几何体颜色):blue;

•选择Calculate Mass Properties of General Part复选框,当几何建立好之后会更新对应部件的质量和惯量参数;

•Density:Material;

•Material Type:steel;

•单击OK,完成upright几何体的创建。