1 Se the geometry and interface conditions given in problem

1) Se the geometry and interface conditions given in problem 2.30, the vertical axis is 1) See the geometry and interface conditions given in problem 2.30, the verti Remove the steel rod and set Q-0. The rubber cylinder is placed smoothly inside the rigid cylinder without interference and the temperature is then raised T degrees, solve for the (normal) stres in the rubber cylinder. Properties are E, v, a, Hint: Is there any reason for the x-direction and y- direction to be different? (How many unknowns do you really have?) cal axis is \"2\" ses

Solution

There will be no normal stress on the rubber cylinder.

As temp of the assembly is increase there will be expansion of both the components.

Since, alpha_steel >> alpha_rubber

The inside will expand whereas the rubber cylinder will expand very little.

Hence the rubber cylinder will remain freely placed inside the steel cylinder hole.

Hence, no normal or shear stress will be applied on the rubber cylinder.