# Radial Stress Vs Tangential Stress

Radial Stress Vs Tangential Stress. Tangential stress acts inward, towards the surface of the body. Edt heat transfer & phase change,.

Edt heat transfer & phase change,. For more information on the subject see the links below. @ishan topre • 14 may, 2011 • 2 likes a tangential stress is the one applied along a tangent to the object in question.

### Also Called “ Hoop Stress ” Or “Tangential Stress” It Acts On A Line Perpendicular To The “Longitudinal “And The “Radial Stress;” This Stress Attempts To Separate The Pipe Wall In The Circumferential Direction.

What is the other term for tangential stress? For more information on the subject see the links below. Download scientific diagram | tangential stress vs radial distance.

### •Outside Radius Is Large Compared With Thickness (>10:1) •Thickness Is Constant •Stresses Are Constant Over The Thickness

Niel leon engineering.com 11 years ago Axial stress, a normal stress parallel to the axis of cylindrical symmetry. It is investigated that the radial stress is maximum at central part in comparison to inner and outer radii and tangential stress is higher at internal part radii then decreases at outer radii.

### My Understanding Is Tangential Stresses Are In The Direction Of The Hoop, The Radial Is Outwards (Or Inwards) And The Longitudinal Is In The Line Of The Axis.

From the schematic diagram of the thick cylindrical section, we can see that the tangential stresses are always tensile, whereas the radial dresses are compressive. The stress in radial direction at a point in the tube or cylinder wall can be expressed as: Tangential stress acts inward, towards the surface of the body.

### Often It Seems Tangential Stress Component Is The Largest Of Compared To Radial And Longitudinal Stresses.

Circumferential stress, or hoop stress, a normal stress in the tangential direction. Creep analysis of an isotropic functionally graded rotating disc |. Radial and tangential stresses in the countersunk laminate, at 3.8 kn load, are given in fig.

### But When I Get Stress Components In Cartesian Coordinate System (Stress Tensors), I Get Minus Stresses In X And Y Directions Which Does Not Make Sense If The Membrane Deflects.

The radial stress is equal and opposite to the gauge pressure on the inside surface, and zero on the outside surface. That is, which remains unchanged if the stressed object is rotated about some fixed axis. @ishan topre • 14 may, 2011 • 2 likes a tangential stress is the one applied along a tangent to the object in question.