A box beam is constructed of four wood boards as shown in the figure part (a). The webs are hj = 7 in., t=1 in. and the flanges are b = 4 in., t = 1 in. boards (actual dimensions), joined by screws...


A box beam is constructed of four wood boards as shown in the figure part (a). The webs are hj = 7 in., t=1 in. and the flanges are b = 4 in., t = 1 in. boards (actual dimensions), joined by screws for which the allowable load in shear is F = 300 lb per screw.<br>Flange<br>Flange<br>Web T<br>Web<br>-- b - -<br>(a)<br>(b)<br>(a) Calculate the maximum permissible longitudinal spacing smax of the screws if the shear force V is 1,300 lb. Round your answer to two decimal places.<br>Smax =<br>in.<br>(b) Repeat (a) if the flanges are attached to the webs using a horizontal arrangement of screws as shown in the figure part (b). Round your answer to two decimal places.<br>Smax =<br>in.<br>

Extracted text: A box beam is constructed of four wood boards as shown in the figure part (a). The webs are hj = 7 in., t=1 in. and the flanges are b = 4 in., t = 1 in. boards (actual dimensions), joined by screws for which the allowable load in shear is F = 300 lb per screw. Flange Flange Web T Web -- b - - (a) (b) (a) Calculate the maximum permissible longitudinal spacing smax of the screws if the shear force V is 1,300 lb. Round your answer to two decimal places. Smax = in. (b) Repeat (a) if the flanges are attached to the webs using a horizontal arrangement of screws as shown in the figure part (b). Round your answer to two decimal places. Smax = in.

Jun 11, 2022
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