Mechanical Properties of Metals
- Elasticity
- Plasticity
- Malleability
- Ductility
- Machinability
- Weld Ability
- Wear Resistance
- Hardness
- Stiffness
- Toughness
- Brittleness
- Creep
- Temperature Creep
- Cyclic Loading
- Fatigue
- Repeated Loading
- Endurance
Limit
Elasticity
Elasticity is a property of a metal that can be restored its
original position after deformation when it is loaded.
Plasticity
Plasticity is a property of a metal that cannot be restored
its original position after deformation when it is loaded.
Malleability
It is the property of metal by which characterization of
small plates
Ductility
It is the property of metal to be drawn into thin wire
Machinability
Machinability is the property of a material, such as a
metal, that makes it easy to drill, shape, cut, grind, etc.
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Weld Ability
The weld ability also known as join ability of a
material refers to its ability to be welded.
Wear Resistance
It is the property of metal to resist wear
Hardness
It is the ability of
the metal to resist any indentation or abrasion
Stiffness
It is the ability of
the metal to resist the deformation or deflection
Toughness
It is the ability of the metal to absorb energy both
elastically and plastically deform when it is loaded
Geometrical properties of sections explained video
Brittleness
It is the property of breaking the material without
permanent deformation
Creep
It is the continuous and slow deformation when it is
subjected to constant load in a period of time
Temperature Creep
It is the continuous and slow deformation when it is
subjected to constant load over a period of time due to increase of temperature
Cyclic Loading
It is defined as the continuous application of the load by
maximum to minimum value
Fatigue
It is the ability of the material to avoid the crack when it
is subjected to cyclic loading
Repeated Loading
When the load repeatedly varies both value and direction is
called as repeated loading
Endurance Limit
It is the max stress value in which the material can
withstand without failure
When it is subjected to reversed loading
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