Adams Car Package > Adams Car > Dialog Box - F1 Help > Simplified Gear Force: Hypoid Gear

Simplified Gear Force: Hypoid Gear

(Template Builder) Build Gears AMachinery Gear Hypoid Gear Simplified Hypoid Gear Force New/Modify
 
For the option:
Do the following:
Gear Force Name
Enter the name of the simplified hypoid gear force element.
Pinion Element
Enter the name for the Pinion.
Wheel Element
Enter the name for the Wheel.
Property File
 
Contact Stiffness
Enter a value for the stiffness coefficient of the gear-to-gear contact.
Note: The stiffness coefficient should always be the translational stiffness, that is, with units Force/Length.
To get a full description of all contact parameters please refer to the online help for the IMPACT function.
Damping Ratio
Enter a value for the damping ratio of the gear-to-gear contact. The resulting damping in the gear-to-gear contact will be:
Contact Damping = Damping Ratio * Contact Stiffness
The contact damping is always expressed be the translational damping, that is, with units Force-Time/Length, regardless if the backlash is measured as an angle or a length. The damping will be converted to appropriate units in the machinery solver code.
Sharpness Factor
Sharpness factor of the backlash. Controls how sharp the transition is between the lash region with zero forces and the stiff region.
Backlash Type
Select if the Backlash should be entered as an Angle or as a Length.
Backlash Angle
Enter a value for the backlash between the gears. The backlash is the total angle, that is, one tooth of Gear 1 is able to move half the backlash angle in either direction before contact with a tooth at Gear 2.
Backlash Length
Enter a value for the backlash between the gears. The backlash is the total length, that is, one tooth of Gear 1 is able to move half the backlash length in either direction before contact with a tooth at Gear 2. The backlash length is at the Gear 1 base circle.
Backlash Smoothing Time
Time for ramping up back lash value from zero to its entered value. This smoothing functionality can be useful in order to reduce initial transients in the simulations. Setting value to zero deactivate the smoothing functionality.