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 …
Pratik
Differential vs Transmission – Difference (11 key points)
One of the key difference between the differential and transmission is that the differential splits the power to both wheel …
2 Stroke Engine Explained: Diagram, Parts, Working, Types
There are numerous different criteria to classify IC engines. Depending on how many strokes they accomplish in a single combustion …
Alternator vs Battery – Difference you should know
The key difference between the Alternator and Battery is that the alternator converts the mechanical energy into electrical energy while …
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 …
Valve Overlap: Definition, Diagram, Purpose, Advantages, Disadvantages
Without valve overlap, a small amount of exhaust gases will remain in the combustion chamber which will affect the engine’s …
Toe-in and Toe-out: Definition, Effects, Diagram, Explained
The three main adjustments used during wheel alignments are toe (toe-zero, toe-in and toe-out), caster and camber angle. Now in …