Employing the membrane analogy, develop an approximate solution to the torsion problem of a thin rectangular section

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Employing the membrane analogy, develop an approximate solution to the torsion problem of a thin rectangular section as shown. Neglecting end effects at y =± b, the membrane deflection will then depend only on x, and the governing equation can be integrated to give z = ∅ = μα(a2 – x2), thus verifying that the membrane shape is parabolic. Formally compute the maximum membrane slope and volume enclosed to justify relations (9.5.15).

Ay b a X Parabolic Membrane Z a a X

Equation 9.5.15

= (a?  x2) Tmax = 2 16 3 T=  b

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