Engineering Calculators | Torque Engineering and Design
Strength of Materials
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(1) Inner Body Poisson Radial Displacement
(2) Thermal Radial Mismatch
(3) Outer Body Radial Displacement Caused by Rotation
(4) Inner Body Radial Displacement Caused by Rotation
(5) Interface Pressure as a result of Diametrical Interference
For the Outer Body Subjected to Internal Pressure, Axial Force, Torque, and Rotation.
(6) Radial Displacement of the inner Surface Caused by Internal Pressure.
(7) Radial Stress Caused by internal Pressure
(8) Circumferential Stress Caused by Axial Force
(9) Axial Stress Caused by Torque
(10) Shear Stress Caused by Torque
(11) Circumferential Centrifugal Stress at the Inner Surface
(12) Von Mises Stress at the Inner Surface
For the Inner Body Subjected to External PRessure , Axial Force, torque and Rotation
(13) The Radial Stress Caused by Internal Pressure
(14) Radial Stress Caused by Internal Pressure
(15) Circumferential Stress Caused by Internal Pressure
(16) Axial Stress Caused by Axial Force
(17) Shear Stress Caused by Axial Force
(18) Circumferential Centrifugal Stress at the outer Surface
(19) Von Mises Stress at the outer Surface
Ideal Case
Worst Case for Loose Fit:
Joint may not be able to transmit desired force or torque
Worst Case for Tight Fit:
Yield stress may be exceeded and outer body may rupture
Reference:
Slocum, A.H.Precision Machine Design, 1995, Society of Manufacturing Engineers, Dearborn Published by Prentice Hall, 1992.ineering Design Equations
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