Flexural Stiffness of Beam

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This videos shows the Flexural Stiffness of Beam.

Stiffness can be defined as the load required to produce a unit displacement so it is the ratio of load per unit displacement. In this lecture we will try to explain the flexural stiffness of simply supported beam with concentrated load acting at the center of beam. The Flexural stiffness formula is different for different beams depends on the beam type, loading condition, support condition of beam, and many other factors. For more details please watch full video.
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Thank you so much. This has been the clearest explanation I have found after 30 minutes.

adriantween
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Thank you so much. to clarify the stiffness of beam

arazbanayee
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But how do you come up with the constant 48?

theequeenlulu
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So if I have a metal beam that is 1mm thick a beam that is 2mm thick will act 8 times as stiff assuming the same length? If I have two beams 1mm thick but one is twice the length of the other, the shorter one will act 8 times stiffer?

ruzzcraze
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ARE YOU CONFUSED WITH MAXIMUM DEFLECTION WITH RELATIVE STIFFNESS?

aamirabdulsalam