Q2: the built-up wooden beam shown is subjected to vertical Shear. if the maximum allowable shearing force for each nail is 250 N and spacing of nails in longitudinal direction at D is 100 mm, also...

Q2: the built-up wooden beam shown is subjected to vertical Shear. if the maximum allowable shearing force for each nail is 250 N and spacing of nails in longitudinal direction at D is 100 mm, also the allowable shear stress in the glue joint at H is 2 Mpa, calculate maximum value for the vertical shear that can be applied. 25 mm 100 mm 25 mm A5 D 25mm — 175 mm 150 mm
Q2: the built-up wooden beam shown is subjected to vertical Shear. if the<br>maximum allowable shearing force for each nail is 250 N and spacing of nails in<br>longitudinal direction at D is 100 mm, also the allowable shear stress in the glue<br>joint at H is 2 Mpa, calculate maximum value for the vertical shear that can be<br>applied.<br>25 mm<br>100 mm<br>25 mm<br>35 mm

Extracted text: Q2: the built-up wooden beam shown is subjected to vertical Shear. if the maximum allowable shearing force for each nail is 250 N and spacing of nails in longitudinal direction at D is 100 mm, also the allowable shear stress in the glue joint at H is 2 Mpa, calculate maximum value for the vertical shear that can be applied. 25 mm 100 mm 25 mm 35 mm " 25 mm D H 175 mm 150 mm 25 mm

Jun 11, 2022
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