Properties of materials:-
Physical properties
1) colour
2) Density
Mechanical properties
1) Strength :- It is defined as the ability of a material that can restained the mechanical load.
2) Hardness:- It is defined as the resistance offered by Material against mechanical deformation.
3) Fracture toughness :- It is defined as the ability of a material that can absorbed energy upto the failure.
4) Ductility :- It is defined as the ability of a material that can undergoes plastic deformation before failure takes place.
5) Stiffness :- It is defined as the ability of a material to resist the mechanical deformation under stress .
6) Brittleness :- It is defined as the ability of a material that can resist the mechanical load without plastic deformation.
7) Creep:- It is defined as the time vs strain behaviour of a material under constant mechanical load.
8) Fatigue :- It is defined as the time vs strain behaviour of a material under oscillating mechanical load.
9) Resilience :- It is defined as the ability of a material that can absorb energy against shock and impact load without its shape changes.
10) Malleability :- It is defined as the ability of a material to drawn into thin sheets and wires.
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Physical properties
1) colour
2) Density
Mechanical properties
1) Strength :- It is defined as the ability of a material that can restained the mechanical load.
2) Hardness:- It is defined as the resistance offered by Material against mechanical deformation.
3) Fracture toughness :- It is defined as the ability of a material that can absorbed energy upto the failure.
4) Ductility :- It is defined as the ability of a material that can undergoes plastic deformation before failure takes place.
5) Stiffness :- It is defined as the ability of a material to resist the mechanical deformation under stress .
6) Brittleness :- It is defined as the ability of a material that can resist the mechanical load without plastic deformation.
7) Creep:- It is defined as the time vs strain behaviour of a material under constant mechanical load.
8) Fatigue :- It is defined as the time vs strain behaviour of a material under oscillating mechanical load.
9) Resilience :- It is defined as the ability of a material that can absorb energy against shock and impact load without its shape changes.
10) Malleability :- It is defined as the ability of a material to drawn into thin sheets and wires.
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