A composite axial structure consists of a tubular shell (1) (? = 1590 and = 140

Question

A composite axial structure consists of a tubular shell (1) (? = 1590 and = 140 ??) bonded to length AB of a continuous solid rod (? = 1990 and = 80 ??) that extends from A to C, which is labeled (2) and (3) (Note: this means that ? = ?? and = ?). A concentrated load P is applied to the free end C of the rod in the direction as shown. Determine (1) Internal forces in shell (1) and core (2) (i.e. between A and B), please report your final answer in kN (2) Normal stresses in shell (1) and core (2) (i.e. between A and B), please report your final answer in MPa (3) Determine the deflection in the x direction of end C relative to support A P

Explanation / Answer

Points A,B,C are mentioned in the question but there is no figure to depict it. Besides this what are question marks in the question. Please mention the parameters whoose values are given and show the figure of this problem otherwise it can not be solved.

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