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The ability of building material to withstand stretching is known as Tensile Strength.
Tensile Strength is defined as the strain-related force per unit area and is denoted by σ. It is defined as the amount of tensile stress a material can withstand before it fails, expressed in s. The formula is: σ = F/A. where σ is the tensile stress.
Applications where tensile strength is important:
Materials with high tensile strength are useful for Metal Manufacturing: Tensile strength must be carefully considered in the development of metallic materials and alloys, as most metals are designed for high strength.
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The correct option is Tensile Strength.
Tensile Strength:
- It is represented by the symbol and is defined as the force per unit area that causes stretching.
- It is represented by the letter s and is known as the maximum tensile stress that a material can bear before failing.
- The formula is: [tex]= F/A[/tex].
- Tensile Strength is the capacity of a building material to withstand stretching.
- The US Pharmacopeia (USP) defines tensile strength as the weight required to break a suture divided by the suture's cross-sectional area. The diameter of a suture and the weight required to break it do not relate linearly. Wet or dry sutures can be used to test tensile strength.
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