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板簧悬架约束-方程式赛车动力学仿真结果

时间:2023-08-19 理论教育 版权反馈
【摘要】:2.部件tripot与drive_shaft之间的convel约束单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:·Joint Name:drive_sft_otr;·I Part:._FSAE_sus_leafspring.gel_tripot;·J Part:._FSAE_sus_leafspring.gel_drive_shaft;·Joint Type:convel(恒速副);·Active(激活):always;·Location Dependency:Delta location from coordinate;·Coordinate Reference:._FSAE_sus_leafspring.ground.hpl_drive_shaft_inr;·Location:0,0,0;·Location in:local;·I-Part Axis:._FSAE_sus_leafspring.ground.hpr_drive_shaft_inr;·J-Part Axis:._FSAE_sus_leafspring.ground.cfl_drive_shaft_otr;单击Apply按钮,完成约束副._FSAE_sus_leafspring.jolcon_drive_sft_int_jt的创建。

板簧悬架约束-方程式赛车动力学仿真结果

1.部件tripot与安装件tripot_to_differential之间的translational约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):tripot_to_differential;

· I Part:._FSAE_sus_leafspring.gel_tripot;

· J Part:._FSAE_sus_leafspring.mtl_tripot_to_differential;

· Joint Type(约束副类型):translational;

· Active(激活):always;

· Location Dependency:Delta location from coordinate;

· Coordinate Reference #1(参考坐标):._FSAE_sus_leafspring.ground.hpl_drive_shaft_inr;

· Orientation Dependency:Orient to zpoint-xpoint;

· Coordinate Reference #1(参考坐标):._FSAE_sus_leafspring.ground.hpr_drive_shaft_inr;

· Coordinate Reference #2(参考坐标):._FSAE_sus_leafspring.ground.cfl_drive_shaft_otr;

· Axis:ZX。

(2)单击Apply按钮,完成约束副._FSAE_sus_leafspring.joltra_tripot_to_differential的创建。

2.部件tripot与drive_shaft之间的convel约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):drive_sft_otr;

· I Part:._FSAE_sus_leafspring.gel_tripot;

· J Part:._FSAE_sus_leafspring.gel_drive_shaft;

· Joint Type(约束副类型):convel(恒速副);

· Active(激活):always;

· Location Dependency:Delta location from coordinate;

· Coordinate Reference(参考坐标):._FSAE_sus_leafspring.ground.hpl_drive_shaft_inr;

· Location:0,0,0;

· Location in:local;

· I-Part Axis:._FSAE_sus_leafspring.ground.hpr_drive_shaft_inr;

· J-Part Axis:._FSAE_sus_leafspring.ground.cfl_drive_shaft_otr;

(2)单击Apply按钮,完成约束副._FSAE_sus_leafspring.jolcon_drive_sft_int_jt的创建。

3.部件spindle与drive_shaft之间的convel约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):drive_sft_otr;

· I Part:._FSAE_sus_leafspring.gel_drive_shaft;

· J Part:._FSAE_sus_leafspring.gel_spindle;

· Joint Type(约束副类型):convel(恒速副);

· Active(激活):always;

· Location Dependency:Delta location from coordinate;

· Coordinate Reference(参考坐标):._FSAE_sus_leafspring.ground.cfl_drive_shaft_otr;

· Location:0,0,0;

· Location in:local;

· I-Part Axis:._FSAE_sus_leafspring.ground.hpr_drive_shaft_inr;

· J-Part Axis:._FSAE_sus_leafspring.ground.hpl_wheel_center。

(2)单击Apply按钮,完成约束副._FSAE_sus_leafspring.jolcon_drive_sft_otr的创建。

4.部件spindle与安装件upright之间的revolute约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):spindle_upright;

· I Part:._FSAE_sus_leafspring.gel_spindle;

· J Part:._FSAE_sus_leafspring.gel_upright;

· Joint Type(约束副类型):revolute;

· Active(激活):always;

· Location Dependency:Delta location from coordinate;(www.xing528.com)

· Coordinate Reference(参考坐标):._FSAE_sus_leafspring.ground.hpl_wheel_center;

· Location:0,0,0;

· Location in:local;

· Orientation Dependency:Delta orientation from coordinate;

· Construction Frame:._FSAE_sus_leafspring.ground.cfl_wheel_center;

· Orientation:0,0,0。

(2)单击Apply按钮,完成约束副._FSAE_sus_leafspring.jolrev_spindle_upright的创建。

5.部件upright与安装件axis之间的revolute约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):spindle_upright;

· I Part:._FSAE_sus_leafspring.gel_upright;

· J Part:._FSAE_sus_leafspring.ges_axis;

· Joint Type(约束副类型):revolute;

· Active(激活):always;

· Location Dependency:Centered between coordinate;

· Coordinate Reference #1(参考坐标1):._FSAE_sus_leafspring.ground.hpl_hub_up;

· Coordinate Reference #2(参考坐标2):._FSAE_sus_leafspring.ground.hpl_hub_down;

· Orientation Dependency:Orient axis to point;

· Construction Frame:._FSAE_sus_leafspring.ground.hpl_hub_up;

· Axis:Z。

(2)单击Apply按钮,完成约束副._FSAE_sus_leafspring.jolrev_upright_to_axle的创建。

6.部件tierod与upright之间的spherical约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):tierod_outer;

· I Part:._FSAE_sus_leafspring.gel_tierod;

· J Part:._FSAE_sus_leafspring.gel_upright;

· Joint Type(约束副类型):spherical(转动副,约束3个自由度);

· Active(激活):always;

· Location Dependency:Delta location from coordinate;

· Coordinate Reference(参考坐标):._FSAE_sus_leafspring.ground.hpl_tierod_outer;

· Location:0,0,0;

· Location in:local;

· Orientation:None。

(2)单击Apply按钮,完成约束副._FSAE_sus_leafspring.jolsph_tierod_outer的创建。

7.部件tierod与安装部件tierod_to_steering之间的convel约束

(1)单击Build > Attachments > Joint > New命令,在下列对话框中输入相应的数据:

· Joint Name(约束副名称):tierod_inner;

· I Part:._FSAE_sus_leafspring.gel_tierod;

· J Part:._FSAE_sus_leafspring.mtl_tierod_to_steering;

· Joint Type(约束副类型):convel(恒速副);

· Active(激活):always;

· Location Dependency:Delta location from coordinate;

· Coordinate Reference(参考坐标):._FSAE_sus_leafspring.ground.hpl_tierod_inner;

· Location:0,0,0;

· Location in:local;

· I-Part Axis:._FSAE_sus_leafspring.ground.hpl_tierod_outer;

· J-Part Axis:._FSAE_sus_leafspring.ground.hpr_tierod_inner。

(2)单击OK按钮,完成约束副._FSAE_sus_leafspring.jolcon_tierod_inner的创建。

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