What Properties Are Needed To Be Considered For Application Calling F

1.	What Properties Are Needed To Be Considered For Application Calling For Following Requirements? I) Rigidity. Ii) Strength Of No Plastic Deformation Under Static Load. Iii) Strength To Withstand Overload Without Fracture.
Answer» i) Reliability – elastic modulus and yield strength. ii) Strength (for no plastic DEFORMATION under static loading) – yield point. III) Strength (overload) – Toughness and impact resistance. iv) Wear resistance – Hardness. v) Reliability and SAFETY – Endurance LIMIT and yield. i) Reliability – elastic modulus and yield strength. ii) Strength (for no plastic deformation under static loading) – yield point. iii) Strength (overload) – Toughness and impact resistance. iv) Wear resistance – Hardness. v) Reliability and safety – Endurance limit and yield.

What Properties Are Needed To Be Considered For Application Calling For Following Requirements? I) Rigidity. Ii) Strength Of No Plastic Deformation Under Static Load. Iii) Strength To Withstand Overload Without Fracture.

Answer»

i) Reliability – elastic modulus and yield strength.

ii) Strength (for no plastic DEFORMATION under static loading) – yield point.

III) Strength (overload) – Toughness and impact resistance.

iv) Wear resistance – Hardness.

v) Reliability and SAFETY – Endurance LIMIT and yield.

i) Reliability – elastic modulus and yield strength.

ii) Strength (for no plastic deformation under static loading) – yield point.

iii) Strength (overload) – Toughness and impact resistance.

iv) Wear resistance – Hardness.

v) Reliability and safety – Endurance limit and yield.