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The modulus of rupture of concrete gives
- a)The direct tensile strength of the concrete.
- b)The direct compressive strength of the concrete.
- c)The tensile strength of the concrete under bending.
- d)The characteristic strength of the concrete.
Correct answer is option 'C'. Can you explain this answer?
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The modulus of rupture of concrete givesa)The direct tensile strength ...
Modulus of rupture as obtained by performing flexure test on concrete gives the theoretical maximum tensile stress under bending on concrete specimen.
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The modulus of rupture of concrete givesa)The direct tensile strength ...
Modulus of Rupture of Concrete
Modulus of rupture (MOR) of concrete is defined as the maximum tensile stress developed in the concrete at the moment of failure. It is also known as flexural strength or bending strength of concrete.
Importance
Modulus of rupture is an important parameter in the design of reinforced concrete structures as it helps to determine the strength of the concrete in flexure or bending. It is also used to evaluate the quality of concrete and to compare the strength of different concrete mixes.
Calculation
MOR can be calculated using the following formula:
MOR = 3FL/2bd^2
Where,
F = Load at failure
L = Span length between supports
b = Width of the specimen
d = Depth of the specimen
Uses
Modulus of rupture is used in the design of reinforced concrete beams, slabs, and other structural members subjected to bending loads. It is also used to evaluate the quality of concrete and to compare the strength of different concrete mixes.
Conclusion
The modulus of rupture of concrete gives the tensile strength of the concrete under bending. It is an important parameter in the design of reinforced concrete structures and helps to evaluate the quality of concrete.
Modulus of rupture (MOR) of concrete is defined as the maximum tensile stress developed in the concrete at the moment of failure. It is also known as flexural strength or bending strength of concrete.
Importance
Modulus of rupture is an important parameter in the design of reinforced concrete structures as it helps to determine the strength of the concrete in flexure or bending. It is also used to evaluate the quality of concrete and to compare the strength of different concrete mixes.
Calculation
MOR can be calculated using the following formula:
MOR = 3FL/2bd^2
Where,
F = Load at failure
L = Span length between supports
b = Width of the specimen
d = Depth of the specimen
Uses
Modulus of rupture is used in the design of reinforced concrete beams, slabs, and other structural members subjected to bending loads. It is also used to evaluate the quality of concrete and to compare the strength of different concrete mixes.
Conclusion
The modulus of rupture of concrete gives the tensile strength of the concrete under bending. It is an important parameter in the design of reinforced concrete structures and helps to evaluate the quality of concrete.
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The modulus of rupture of concrete givesa)The direct tensile strength ...
C
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The modulus of rupture of concrete givesa)The direct tensile strength of the concrete.b)The direct compressive strength of the concrete.c)The tensile strength of the concrete under bending.d)The characteristic strength of the concrete.Correct answer is option 'C'. Can you explain this answer?
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