单击Build > Part > General Part > New命令,弹出创建部件对话框可参考如图1-19所示;General Part输入upright;Location Dependency:Centered between coordinates;Centered between:Two Coordinates;Coordinate Reference #1(参考坐标):._fsae_......
2023-09-17
•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。
有关ADAMS车辆工程案例仿真的文章
单击Build > Part > General Part > New命令,弹出创建部件对话框可参考如图1-19所示;General Part输入upright;Location Dependency:Centered between coordinates;Centered between:Two Coordinates;Coordinate Reference #1(参考坐标):._fsae_......
2023-09-17
与此同时系统自动建立两个输出通信器:col[r]_toe_angle、col[r]_camber_angle。图1-21悬架参数单击Build > Construction Frame > New命令,弹出创建结构框,如图1-22所示;Construction Frame:wheel_center;Coordinate Reference:_fsae_suspension_rear_axle.ground.hpl_wheel_center;Location:0,0,0;Location in:local;Orientation Dependency:User-entered values;Variable Type:Parameter Variable;Toe Parameter Values:._fsae_suspension_rear_axle.pvl_toe_angle;Camber Parameter Values:._fsae_suspension_rear_axle.pvl_camber_angle;单击OK,完成._fsae_suspension_rear_axle.ground.cfl_wheel_center结构框的创建。......
2023-09-17
图8-8单线移仿真设置对话框仿真正确且结束后,查看车身的垂向加速度与侧向加速度,根据数据评估FSAE整车运行状态及稳定性。图8-9车身垂向加速度图8-10车身侧向加速度从仿真结果中可以看出,FSAE赛车在经过减速度瞬间,车身垂直方向产生剧烈振动,最大值接近2.5g;车身侧向加速度最大值接近1.5g,在负方向伴有高频振动趋势。单线移仿真注意事项:单线移在仿真时可能出现错误,但能仿真完成。......
2023-09-17
Target Software:MATLAB;Analysis Type:选择非线性non_linear;ADAMS/Solver Choice:选择FORTRAN;其余保持默认,单击单击OK完成ADAMS\CONTROLS模块下的输入输出集的创建。图16-22控制接口输出对话框......
2023-09-17
图3-7非线性梁部件Beam1General Part输入beam2;Coordinate Reference:① ._my_leaf_4.ground.hpl_a2,② ._my_leaf_4.ground.hpl_a3,③ ._my_leaf_4.ground.hpl_a4,④ ._my_leaf_4.ground.hpl_a5,⑤ ._my_leaf_4.ground.hpl_a6,⑥ ._my_leaf_4.ground.hpl_a7,⑦ ._my_leaf_4.ground.hpl_a8,⑧ ._my_leaf_4.ground.hpl_a9,⑨ ._my_leaf_4.ground.hpl_a10,⑩ ._my_leaf_4.ground.hpl_a11,._my_leaf_4.ground.hpl_a12,._my_leaf_4.ground.hpl_a13,._my_leaf_4.ground.hpl_a14。Shape:rectangular;Height:30;Width:100;Material Type:steel;Type of Beam:flexible;Beam Formulation:linear;单击Apply,完成._my_leaf_4.nrl_1_beam3部件的创建。......
2023-09-17
相关推荐