If bending moment is M, shear force is F effecive depth is d, lever arm is la area of reinforcement is As and sum of the circumferences of main reinforcement is 0, the bond stress based on working stress method, is-A-B-C-D--A-

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APTITUDE CRACK · Accepted Answer

A  Bond stress = Shear force/(Liver arm * Perimeter of reinforcement).

RCC Structures Design - Engineering

If bending moment is M, shear force is F effecive depth is d, lever arm is l_a area of reinforcement is A_s and sum of the circumferences of main reinforcement is 0, the bond stress based on working stress method, is

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RCC Structures Design - Engineering

If bending moment is M, shear force is F effecive depth is d, lever arm is la area of reinforcement is As and sum of the circumferences of main reinforcement is 0, the bond stress based on working stress method, is

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For help Students Orientation Mcqs Questions

If bending moment is M, shear force is F effecive depth is d, lever arm is l_a area of reinforcement is A_s and sum of the circumferences of main reinforcement is 0, the bond stress based on working stress method, is

For help Students Orientation
Mcqs Questions