Question
In: Mechanical Engineering
1. A load of 25,000 N is applied on a part of radius 15 mm, what...
1. A load of 25,000 N is applied on a part of radius 15 mm, what is the shear stress,??
Hint, shear stress = load/cross sectional area.
(up to 10 points)
2. If the maximum shear stress,?, is 250MPa and the applied load is 40,000 N what must the area be to ensure it is a safe design?
Hint, load/shear stress = area.
(up to 10 points)
3. A rivet of radius 5 mm has a shear stress maximum of 170 MPa. What force can it withstand before failure?
Hint Shear stress x area = load.
(up to 5 points)
4. If a fuselage has a diameter of 4 m and material thickness of 1 mm, how will its ability to resist shear stress be compared against a fuselage of 8 m with the same thickness?
Hint, think about the ratio of thickness to diameter.
(up to 10 points)
Solutions
samet mamat answered 2 years agoRelated Solutions
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Given Data:
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Sy = 310 MPa
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Part 1 &n
Part 1
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