Question

calculate ratio of singel shear load to double shear load for ms​

Answer 1

The ratio of single shear load to double shear load for ms is 2.

• The stress acting on the surface is tangential or parallel to it and is denoted by the symbol τ. Examples, where shear stress is found, are pins, bolts, and rivets of planes.
• In a single shear load, the shear force is equal to the tension force while in a double shear load, the shear force is half of the tension.
• Shear stress for single load shear is given by$τ 1= \frac{force}{area}$
• Now, Double shear stress = $τ 2= \frac{force}{2 \times area}$
• So, the ratio of single shear load to double shear load is $\frac{τ 1 }{τ2} = \frac{force}{area} \div \frac{force}{2 \times area} = \frac{force}{area} \times \frac{2 \times area}{force} = 2$

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