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If creating a torsion spring, enter a string to define its name.
If modifying a torsion spring, enter the database name of an existing torsion spring.
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Enter the name of an existing construction frame that defines the z-axis along which the torsion spring torque will act.
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Select if you want the spring to be linear or nonlinear. When the spring is linear, you can easily calculate the spring stiffness based on the geometric and material parameters.
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Enter a real number that defines the torsion spring damping. ADAMS/Driveline uses this value to model the elastic connection between the I part and the J part.
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Enter a real number that defines the torsion spring stiffness. ADAMS/Driveline uses this value to model the elastic connection between the I part and the J part.
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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.
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Select to display the Calculate Material Characteristics dialog box, which you can use to compute the spring torsional stiffness once you specify the material, the section radius, and length.
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