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The maximum deflection of a simply supported beam of effective span L and subjected to a central load W is given by
OpenVideRime asked 4 years ago • ,
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Deflection of the free end of a cantilever beam having a concentrated load W at mid span is given by
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A concentrated load W acts at the centre of a simply supported beam of length L. If the load is changed to a uniformly distributed load over the entire span, then the ratio of maximum deflection under concentrated load and under uniformly distributed load will be
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For a cantilever beam of length ‘L’ carrying a triangle loads of intensity ‘W’ at the support and Zero at the free end. The slope of the free end is given by
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Slope at the supports of a simple supported beam of effective span L with a central point load W is given by
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The deflection of a beam may be reduced by
OpenVideRime asked 4 years ago • ,
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EI d3y/dx3 for a beam represents
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A beam simply supported at both the ends of length “L” carries two equal unlike couples “M” at two ends. If the flexure rigidity EI is constant. Then the central deflection of the beam is given by
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In the conjugate beam method, a simple outer support in the real beam is transformed as
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For a cantilever beam of a length L subjected to a moment M at its free end, the shape of shear force diagram is
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