QUESTION 2. A box beam is constructed from four boards nailed together and is loaded by distributed andpoint forces as shown in Figure 2. Each nail is made of A-36 steel material and has a diameter of 6mm. Eachnail can support a shear force of taw 80 MPa. By drawing the shear diagram for the beam,a. Determine the critical section for shear.b. Determine the maximum spacing s of the nails for the first and second cross-sections.50 mm+100 mmH12 kN8 kN/m- 2 maua うSeetion 1Saotion ?

(a) Consider the free body diagram; By Equilibrium equation; Consider the moment about point B;…

ION 2. A box beam is constructed from four boards nailed together and is loaded by distributed and point forces as shown in Figure 2. Each nail is made of A-36 steel material and has a diameter of 6mm. Each nail can support a shear force of ta 80 MPa. By drawing the shear diagram for the beam, a Determine the critical section for shear. A Determine the maximum spacing s of the nails for the first and second cross-sections. +00m 12 N 8 kN/m

ION 2. A box beam is constructed from four boards nailed together and is loaded by distributed and point forces as shown in Figure 2. Each nail is made of A-36 steel material and has a diameter of 6mm. Each nail can support a shear force of ta 80 MPa. By drawing the shear diagram for the beam, a Determine the critical section for shear. A Determine the maximum spacing s of the nails for the first and second cross-sections. +00m 12 N 8 kN/m

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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