Civil Engineering Archive: Questions from September 12, 2023
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Calculate the horizontal and vertical deflections, δh and δv , of the top of the wooden post (E = 10 GPa) due to the horizontal load P = 30 kN. The pole has a cross-sectional area of 32,000 mm2 and
12. Calcular las deflexiones horizontal y vertical, \( \delta_{h} \) y \( \delta_{v} \), de la parte superior del poste de madera \( (E=10 G P a) \) debidas a la carga horizontal \( P=30 \mathrm{kN} \2 answers -
The steel post A (E = 28 × 103 ksi) is surrounded by a brass tube B (E = 14.6 × 103 ksi). Both embedded in one rigid surface. If a force of 5 klb is applied to the plate upper rigid, determine the d
12. Calcular las deflexiones horizontal y vertical, \( \delta_{h} \) y \( \delta_{v} \), de la parte superior del poste de madera \( (E=10 G P a) \) debidas a la carga horizontal \( P=30 \mathrm{kN} \1 answer