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е 3 cm f3 cm K + 12 + 12 + 8 I 88 cm E = 200 GPa a=121051/°C a) Determine the maximum allowable value of the distributed
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е 3 cm f3 cm K + 12 + 12 + 8 I 88 cm E = 200 GPa a=121051/°C a) Determine the maximum allowable value of the distributed
е 3 cm f3 cm K + 12 + 12 + 8 I 88 cm E = 200 GPa a=121051/°C a) Determine the maximum allowable value of the distributed force q, ifo = 150 MPa b) Calculate the curvature of the beam at the middle cross section K drawn in dashed line. c) What would the curvature be at Kif q was replaced by a nonuniform change of temperature? AT;=-20 °C (bottom), AT= +20 °C(top).
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