#1 Calculate the stress developed in the following members that are each subjected an axial tensile...

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#1 Calculate the stress developed in the following members that are each subjected an axial tensile load of 100kips. SHOW ALL REFERENCES AND PAGES: a: 8" sch.40 (8" STD) pipe b: HSS 2x2x1/4 c: 6x8 wooden board and for the following, a compressive load of 500 kN d: 1450x744.5, steel e: aluminum C125x58.43 #2 #3 Three 2x8 wooden beams are nailed and bonded together to make a vertical column when stood upright that will be subjected to an axial compressive load of 25000 lbs. How much stress will be in the wood? Three pieces of wood are glued together to form the assembly as shown below in Figure 1 to test the shear strength of the adhesive. A load of P = 35KN is applied. Compute the shear stress in the adhesive. #4 #5 #6 A coarse M20x2.5 bolt has an axial load of 25kN applied to its end. Compute the amount of tensile stress in the bolt. What would be the stress in the bolt be if the load was applied in shear across the bolt? What is the required punch diameter d for a circular punch operation shown in Figure 2 that generates 47.6 ksi of shear stress if the plate has t = 0.250 inches thick and the applied punch load is 75000lbs. What is the average shear stress in the 3mm diameter rivets shown in Figure 3 if load applied to the plate is 30kN? Think about this one carefully - D Glued joints Punch 75 mm 100 mm Test specimen Figure 1 Figure 2 Dies O io 2.5 mm 3 mm diameter Figure 3 #1 Calculate the stress developed in the following members that are each subjected an axial tensile load of 100kips. SHOW ALL REFERENCES AND PAGES: a: 8" sch.40 (8" STD) pipe b: HSS 2x2x1/4 c: 6x8 wooden board and for the following, a compressive load of 500 kN d: 1450x744.5, steel e: aluminum C125x58.43 #2 #3 Three 2x8 wooden beams are nailed and bonded together to make a vertical column when stood upright that will be subjected to an axial compressive load of 25000 lbs. How much stress will be in the wood? Three pieces of wood are glued together to form the assembly as shown below in Figure 1 to test the shear strength of the adhesive. A load of P = 35KN is applied. Compute the shear stress in the adhesive. #4 #5 #6 A coarse M20x2.5 bolt has an axial load of 25kN applied to its end. Compute the amount of tensile stress in the bolt. What would be the stress in the bolt be if the load was applied in shear across the bolt? What is the required punch diameter d for a circular punch operation shown in Figure 2 that generates 47.6 ksi of shear stress if the plate has t = 0.250 inches thick and the applied punch load is 75000lbs. What is the average shear stress in the 3mm diameter rivets shown in Figure 3 if load applied to the plate is 30kN? Think about this one carefully - D Glued joints Punch 75 mm 100 mm Test specimen Figure 1 Figure 2 Dies O io 2.5 mm 3 mm diameter Figure 3