Shear Strain: Definition, Formula, Diagram, Units, Examples
We are aware that when we twist an eraser or a spring, they change shape. In this instance, the deformation …
Strength of Material
Get a grasp on Strength of material to know how materials and objects behave under different loading conditions. Learn about various concepts such as stress, strains, strength, inertia, and more.
Principal strain: Definition, Formula, Examples, Explained
Principal strain is essential to determine a maximum and minimum normal strain in an object. Principal strain is a criterion …
Von mises stress vs Shear stress – Difference [Explained]
The main distinguishing point for von mises stress vs shear stress is that von mises stress resists the distortion in …
Principal stress vs Bending stress – Difference [Explained]
The key difference between principal stress vs bending stress is that principal stress indicates maximum and minimum normal stress on …
Principal stress vs Normal stress – Difference [Explained]
One of the vital distinguishing points for principal stress vs normal stress is that the principal stress is the normal …
Center of mass vs Center of gravity – Difference [Explained]
The main difference between the center of mass and the center of gravity is that the center of mass indicates …
Neutral axis vs Centroid – Difference (Explained)
The key point that differentiates the Neutral axis vs Centroid is that the neutral axis indicates the imaginary axis at …
Hollow shaft vs Solid shaft – Difference (Explained)
The key point that differentiates the Hollow shaft vs Solid shaft is that the cross-sectional area of the hollow shaft …
Polar moment of inertia of circle: Formula, Derivation, Examples
Hi friends, In the preceding article, we discussed the polar moment of inertia. In this post, we’ll go through the …
Transverse shear stress: Definition, Formula, Examples
When an object is exposed to the bending load, it experiences both bending stress and transverse shear stress. In this …