首页 理论教育ADAMS车辆工程仿真:发动机轮廓线创建及参数设置

ADAMS车辆工程仿真:发动机轮廓线创建及参数设置

【摘要】:图4-6发动机轮廓Close:no;Color:white;单击Apply,完成轮廓线._my_engine.ges_engine_block.graout_engine1的创建;Outline Name 输入几何名称:engine2;General Part输入._my_engine.ges_engine_block;Reference Coordinates :① ._my_engine.ground.hpl_engine_front_up_ref;② ._my_engine.ground.hpl_engine_rear_up_ref;③ ._my_engine.ground.hpl_engine_rear_ref;④ ._my_engine.ground.hpl_engine_front_ref。

•单击Build > Part > General Part > New命令,弹出创建发动机机体部件对话框,如图4-5所示;

•General Part输入engine_block;

•Location Dependency:Delta location from coordinate;

•Coordinate Reference (参考坐标):._my_engine.ground.hps_engine_CM;

•Location:0,0,0;

•Location in:local;

•Orientation Dependency:User-entered values;

•Orient using:Euler Angles;

•Euler Angles:0,0,0;

•Mass:100;

•Ixx:1 000;

•Iyy:1 000;

•Izz:1 000;

•Density:Material;

•Material Type:.materials.steel;

•单击OK,完成部件._my_engine.ges_engine_block创建。

图4-5 发动机机体部件创建对话框

•单击Build > Geometry >Outline > New命令,轮廓线建立如图4-6所示;

•Outline Name (轮廓线名称)输入几何名称:engine1;

•General Part输入._my_engine.ges_engine_block;

•Reference Coordinates (参考坐标点,顺序不能乱):

① ._my_engine.ground.hpr_engine_front_up_ref;

② ._my_engine.ground.hpr_engine_front_ref;

③ ._my_engine.ground.hpl_engine_front_ref;

④ ._my_engine.ground.hpl_engine_front_up_ref。

图4-6 发动机轮廓

•Close(轮廓线是否封闭):no;

•Color(杆件几何体颜色):white;

•单击Apply,完成轮廓线._my_engine.ges_engine_block.graout_engine1的创建;

•Outline Name (轮廓线名称)输入几何名称:engine2;

•General Part输入._my_engine.ges_engine_block;

•Reference Coordinates (参考坐标点,顺序不能乱):

① ._my_engine.ground.hpl_engine_front_up_ref;

② ._my_engine.ground.hpl_engine_rear_up_ref;

③ ._my_engine.ground.hpl_engine_rear_ref;

④ ._my_engine.ground.hpl_engine_front_ref。

•Close(轮廓线是否封闭):no;

•Color(杆件几何体颜色):white;

•单击Apply,完成轮廓线._my_engine.ges_engine_block.graout_engine2的创建;

•Outline Name (轮廓线名称)输入几何名称:engine3;

•General Part输入._my_engine.ges_engine_block;

•Reference Coordinates (参考坐标点,顺序不能乱):

① ._my_engine.ground.hpr_engine_front_up_ref;

② ._my_engine.ground.hpr_engine_rear_up_ref;

③ ._my_engine.ground.hpl_engine_rear_up_ref;

④ ._my_engine.ground.hpl_engine_front_up_ref。

•Close(轮廓线是否封闭):no;

•Color(杆件几何体颜色):white;

•单击Apply,完成轮廓线._my_engine.ges_engine_block.graout_engine3的创建;

•Outline Name (轮廓线名称)输入几何名称:engine4;

•General Part输入._my_engine.ges_engine_block;

•Reference Coordinates (参考坐标点,顺序不能乱):

① ._my_engine.ground.hpr_engine_front_ref;

② ._my_engine.ground.hpr_engine_rear_ref;

③ ._my_engine.ground.hpl_engine_rear_ref。

•Close(轮廓线是否封闭):no;

•Color(杆件几何体颜色):white;

•单击Apply,完成轮廓线._my_engine.ges_engine_block.graout_engine4的创建;

•Outline Name (轮廓线名称)输入几何名称:engine5;

•General Part输入._my_engine.ges_engine_block;

•Reference Coordinates (参考坐标点,顺序不能乱):

① ._my_engine.ground.hpr_engine_rear_ref;

② ._my_engine.ground.hpr_engine_rear_up_ref。

•Close(轮廓线是否封闭):no;

•Color(杆件几何体颜色):white;

•单击Apply,完成轮廓线._my_engine.ges_engine_block.graout_engine5的创建;

•Outline Name (轮廓线名称)输入几何名称:engine6;

•General Part输入._my_engine.ges_engine_block;

•Reference Coordinates (参考坐标点,顺序不能乱):

① ._my_engine.ground.hpr_engine_front_up_ref;

② ._my_engine.ground.hpl_engine_front_up_ref。

•Close(轮廓线是否封闭):no;

•Color(杆件几何体颜色):white;

•单击OK,完成轮廓线._my_engine.ges_engine_block.graout_engine6的创建。