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Angle of Twist - Shaft Subjected to Torque Formula and Calculator
This calculator will determine the angle of twist due to the applied torque on a shaft - results given in radians or and degrees
Eq. 1
Modulus of Elasticity
G = E / ( 2 ( 1 + ν ) )
Eq. 2
Polar Moment of Inertia
J = π ( Do4 - Di4 ) / 32
Eq. 3
Angle of Twist
θ = T L / ( G J )
rad to deg conversion
( 1 rad ) x ( 57.2957795 deg / rad) = 57.2957795 radians
Where:
E = Modulus of Elasticity (psi, Pa)
ν = Poisson Ratio (dimensionless)
Do = Shaft Outer Diameter (ft, m)
Di = Shaft Inner Diameter (ft, m)
T = Torque applied (ft-lbf, N-m)
L = Length of Section (ft, m)
G = Modulus of Rigidity (psi, Pa)
J = Polar Moment of Inertia (ft4, m4)
θ =Shaft Angle of Twist (rad)
Source:
Reference: Reference: Samuel. E Robello. 501 Solved Problems and Calculations for Drilling Operations. Sigma Quadrant. 2015. Houston, Texas, Page: 369.
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