Some basic information about the modulus of elasticity
The elasticity modulus determines how much strength a material can oppose to a tensile or compression force and to what extent it will be deformed when subjected to such a force.
The elasticity modulus is usually abbreviated to “E” or referred to as “Young’s Modulus” and is used to find out the behaviour of a material when subjected to traction or compression.
Elastic behaviour means a material’s taking its initial shape after being temporarily deformed due to being pulled or compressed, once the force has been removed.
The elasticity modulus is a measurement of this elastic behaviour.
RELATED SUBJECTS
- Cable fire resistance tests
- Crack Propagation Test in Plastics: Why It Matters and How to Apply It
- Latex Glove Tensile Test: Methods, Standards, and Features
- Metal Material Tensile Test: Methods, Standards, and Mechanical Properties
- Plastic Film Puncture Test
- What Is A Compression Test?
- What Is A Light Cabin?
- What Is a BCT (Box Compression Test)?
- What Is a DSC (Differential Scanning Calorimetry) Test?
- What is SCT Test (Short-Span Compression Test)?