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Theory of Structures

Theory of Structures
The area of the core of a column of cross sectional area A, is

(1/18) A
(1/3) A
(1/6) A
(1/12) A

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Theory of Structures
At any point of a beam, the section modulus may be obtained by dividing the moment of inertia of the section by

Depth of the section
Maximum tensile stress at the section
Maximum compressive stress at the section
Depth of the neutral axis

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Theory of Structures
A square column carries a load P at the centroid of one of the quarters of the square. If a is the side of the main square, the combined bending stress will be

p/a²
4p/a²
2p/a²
3p/a²

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Theory of Structures
The general expression for the B.M. of a beam of length l is the beam carries M = (wl/2) x – (wx²/2)

An isolated load at mid span
A uniformly distributed load w/unit length
None of these
A load varying linearly from zero at one end to w at the other end

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Theory of Structures
In case of principal axes of a section

Sum of moment of inertia is zero
Product of moment of inertia is zero
None of these
Difference of moment inertia is zero

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Theory of Structures
In case of a simply supported I-section beam of span L and loaded with a central load W, the length of elasto-plastic zone of the plastic hinge, is

L/5
L/3
L/4
L/2

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