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"Prob. 4.3-6. The solid shaft in Fig. P4.3-6 is made of brass that has an allowable shear stress allow= 120 MPa and a shear modulus of elasticity G = 39 GPa. The length of the shaft is L= 2 m, and over this length the allowable angle of twist is dow= 0.10 rad. If the shaft is to be subjected to a maximum torque of T = 25 kN m, what is the required diameter of the shaft? 0 P4.3-5 and P4.3-6 T

"Prob. 4.3-6. The solid shaft in Fig. P4.3-6 is made of brass that has an allowable shear stress allow= 120 MPa and a shear modulus of elasticity G = 39 GPa. The length of the shaft is L= 2 m, and over this length the allowable angle of twist is dow= 0.10 rad. If the shaft is to be subjected to a maximum torque of T = 25 kN m, what is the required diameter of the shaft? 0 P4.3-5 and P4.3-6 T

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. 4.3-6. The solid shaft in Fig. P4.3-6 is made of brass that has an allowable shear stress allow 120 MPa and a shear modulus of elasticity G = 39 GPa. The length of the shaft is L = 2 m, and over this length the allowable angle of twist is dow= 0.10 rad. If the shaft is to be subjected to a maximum torque of T = 25 kN m, what is the required diameter of the shaft? 0 P4.3-5 and P4.3-6 T
Transcribed Image Text:"Prob. 4.3-6. The solid shaft in Fig. P4.3-6 is made of brass that has an allowable shear stress allow 120 MPa and a shear modulus of elasticity G = 39 GPa. The length of the shaft is L = 2 m, and over this length the allowable angle of twist is dow= 0.10 rad. If the shaft is to be subjected to a maximum torque of T = 25 kN m, what is the required diameter of the shaft? 0 P4.3-5 and P4.3-6 T
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