FREE Double Shear Pin Calculator

Double Shear Pins are the most common pins used. This simple calculator allows you to get the stresses on the pin and bearings quickly with out headaches.

Unlike other online calculators, this free calculator allows for gaps and calculates the bending moments on the pin.

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Units
Force, P ( lb)
d1 ( in)
t1 ( in)
t2 ( in)
t3 ( in)
c ( in)
Gap, g1 ( in)
Gap, g2 ( in)
Yield Stress, Pin ( ksi)
Force Area Stress
Pin Shear nan lb 0 in^2 nan psi
Bearing Area, t1 ( in^2) nan lb 0 in^2 nan psi
Bearing Area, t2 ( in^2) 0 lb 0 in^2 nan psi
Bearing Area, t3 ( in^2) nan lb 0 in^2 nan psi
Section Modulus 0 in^3
Moment of Inertia 0 in^4
Effective Bending Length 0 in
Maximum Moment nan in-lb
Pin Stresses
Normal Stress nan psi
Shear Stress Only nan psi nan DF
Principle Normal Stress nan psi nan DF
Principle Shear Stress nan psi nan DF
Notes:
1. The bearing area for t2 takes into account the offset loading, c. If the load is offset, the bearing area is reduced to give the stress of a symmetric loading

Corey Rasmussen

Corey Rasmussen is an award-winning professional engineer (NC and TX) with over 20 years of product design and development experience. He has two patents related to aerial lifts machinery, has advanced certifications in hydraulics and electronic controls, and specializes in designing mobile equipment. Corey is the principal engineer of Rasmussen Designs and is based out of Durham, NC.

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