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Square-ended parallel key, counterbored — From tangential force

Use this when the force on the key is known. From the width, the key length, the number of counterbores, the counterbore diameter, and the shear force it finds the area in shear and the shear stress. The shaft diameter and the torque are not needed. A square-ended parallel key keeps its square ends, so the key length is the effective length.

Diagram: Square-ended parallel key, counterbored From tangential force

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Input

Width
bb
Key length
LL
Number of counterbores
nn
Counterbore diameter
d1d_1
Shear force
FF

Result

Area subject to shear
AA
Shear stress
τ\tau

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Square-ended key, counterbored — From tangential force | Updraft - Mechanical Engineering Calculators