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Prob. 2.2-4. Consider the free-hanging rod shown in Fig. P2.2-4. The rod has the shape of a conical frustum, with radius Ro at its top and radius R, at its bottom, and it is made of material with mass density p. The length of the rod is L. Determine an expression for the normal stress, o(x), at an arbitrary cross section x (0 < x < L), where x is measured downward from the top of the rod. Ro L *RL

Prob. 2.2-4. Consider the free-hanging rod shown in Fig. P2.2-4. The rod has the shape of a conical frustum, with radius Ro at its top and radius R, at its bottom, and it is made of material with mass density p. The length of the rod is L. Determine an expression for the normal stress, o(x), at an arbitrary cross section x (0 < x < L), where x is measured downward from the top of the rod. Ro L *RL

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Prob. 2.2-4. Consider the free-hanging rod shown in Fig. P2.2-4. The rod has the shape of a conical frustum, with radius Ro at its top and radius R, at its bottom, and it is made of material with mass density p. The length of the rod is L. Determine an expression for the normal stress, o(x), at an arbitrary cross section x (0 < x < L), where x is measured downward from the top of the rod. Ro L *RL
Transcribed Image Text:Prob. 2.2-4. Consider the free-hanging rod shown in Fig. P2.2-4. The rod has the shape of a conical frustum, with radius Ro at its top and radius R, at its bottom, and it is made of material with mass density p. The length of the rod is L. Determine an expression for the normal stress, o(x), at an arbitrary cross section x (0 < x < L), where x is measured downward from the top of the rod. Ro L *RL
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