SYSTEM.INITIALIZE: BLUEPRINT_UNFOLD
DWG TITLEPORTFOLIO BLUEPRINT
DRAWN BYDINESH KUMAR
SCALE1:1
REVISIONA.02
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Solid Mechanics

Tube Torsion Simulator

Determine shear stress distribution and angle of twist in a circular hollow shaft under applied torque, with animated cross-section, live torque sweep, and exportable data.

Model
Hollow shaft
Circular cross-section
Samples
40 pts
Torque sweep
Output
CSV
Export ready

Parameters

Material preset
Torque sweep animation

Torsion Equations

Shear Stress
τ = (T × r) / J
Angle of Twist
θ = (T × L) / (J × G)
Polar Moment
J = (π/2)(R_o⁴ − R_i⁴)

Max shear stress: 12.94 MPa at the outer surface.

Twist angle: 0.375° over 2 m length.

Cross-Section Twist

θ = 0.38°R_o = 50 mmR_i = 40 mmT = 1500 N·m
Max Shear Stress
12.94MPa
Twist Angle
0.375°
Polar Moment J
5.7962×10⁻⁶ m⁴
Wall Thickness
10.0mm

Stress & Twist vs Torque

Torque Sweep Data

Torque (N·m)Max Shear Stress (MPa)Twist Angle (°)
1000.860.025
6005.180.150
11009.490.275
160013.800.400
210018.120.526
260022.430.651
310026.740.776
360031.050.901
410035.371.026
460039.681.151
510043.991.276
560048.311.401
610052.621.527
660056.931.652
710061.251.777
760065.561.902
810069.872.027
860074.192.152
910078.502.277
960082.812.402