Gear Force

(Template Builder) Driveline Components -> Gear Force -> New/Modify   Comprehensive Help
Defines a gear force (See Gear Forces).
The dialog box has two modes: create and modify.
 
For the option:
Do the following:
Gear Force Name
If creating a gear force, enter a string to define its name.
If modifying a gear force, enter the database name of an existing gear force.
Type
Enter the type of gear force:
Spur Gear. See Spur Gears.
Bevel Gear. See Bevel Gears.
Input Gear I Part
Enter the name of an existing part that defines the input gear force action part.
Input Gear J Part
Enter the name of an existing part that defines the input gear force reaction part.
Output Gear I Part
Enter the name of an existing part that defines the output gear force action part.
Output Gear J Part
Enter the name of an existing part that defines the output gear force reaction part.
Construction Frame 1
Enter the name of an existing construction frame that defines the z-axis around which the first gear rotates.
Construction Frame 2
Enter the name of an existing construction frame that defines the z-axis around which the second gear rotates.
Pressure Angle
Enter a real value that defines the gear pressure angle.
Backlash
Enter a real value that defines the gear couple angular backlash.
Contact Stiffness
Enter a real value that defines the contact stiffness.
Contact Damping
Enter a real value that defines the contact damping.
Sharpness Factor
Enter a real value that defines the contact Sharpness Factor.
Method
Select the method you want to use to define the gear force ratio:
explicit
scaled off frustums
scaled off gears
If you select explicit, Adams Driveline displays the following options:
Ratio
The reduction ratio will be calculated based on the radii you enter.
Radius 1/Radius 2
Enter the two radii values. Adams Driveline calculates the ratio as input radius/output radius.
If you select scaled off frustums, Adams Driveline displays the following options:
Frustum 1/Frustum 2
Enter two frustums to define the ratio. Adams Driveline automatically calculates the ratio using the two frustum radii.
If you select scaled off gears, Adams Driveline displays the following options:
Gear 1/Gear 2
Enter two gears to define the ratio. Adams Driveline automatically calculates the ratio using the two gear radii.
Select to display the Modify Entity Comments dialog box, where you can add multi-line comments to any entity to describe its purpose and function.
Learn about Recording Comments.