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Answer» The PROPERTIES of the mechanics are as follows:
- Strength: this is the applied force on a material that can withstand prior to fracture. It is measured by the PROOF or yield stress of a material that is under action.
- Working stress: this is the stress that is being imposed on a material as a result of the load that is being subjected on the material. The loads that are given must be in the elastic range.
- Proof stress: defines the tensile stress
- Ultimate tensile stress (UTS): defines of a material that is given by a relationship or its maximum load.
- Specific strength: defines the light and strong of a material that is used in aircraft MAKING. This is DONE to maximize the payload and meeting all the safety requirements.
- Malleability: defines the ability to be rolled into SHEETS or get a shape under pressure. This includes examples of gold, copper and lead.
- Elasticity: defines the ability of a material to return to its original shape when an external force is removed from the material.
The properties of the mechanics are as follows:
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