The bimetallic shaft in figP4.21 consists of a solid inner core of diamater di s

Question

The bimetallic shaft in figP4.21 consists of a solid inner core of diamater di surrounded by a tubular sleeve of inner diameter di and outer diamter d_0. Let subscripts C and S designate the core material and the sleeve material, respectively. Assume that this bimetallic shaft satisfies the "torsional-deformation assumptions. a) the maximum shear strain due to torque T in the core material is (?_c)max= 180 * 10^-6 radians.Sketch the she strain?(?) in the core and in the sleeve. Indicate on your sketch the value of (?_s)max, the maximum shear strain in the sleeve, (b) determine the angle of twist of a dimetallic shaft of legth L.

d_0 = 2 in d_i = 1.5 in L = 48 in

Sorry cramster wont let me upload any images, but the figure just shows a bimetallic shaft.

Explanation / Answer

http://books.google.co.in/books?id=bkGIlHXPR8sC&pg=PA290&lpg=PA290&dq=assume+that+this+bimetallic+shaft+satisfies+the+"torsional-deformation+assumptions.+a)+the+maximum+shear+strain+due+to+torque+T+in+th&source=bl&ots=6nbJimqgBH&sig=Crm7GAEsrqk8YeGvV-wjL_VkTmM&hl=en&sa=X&ei=6Gc5UealCsX7rAeckYHgCQ&ved=0CDwQ6AEwAQ#v=onepage&q=assume that this bimetallic shaft satisfies the "torsional-deformation assumptions. a) the maximum shear strain due to torque T in th&f=false

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get figure in that

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