Two solid steel shafts are fitted with flanges that are then connected by bolts as shown. The bolts are slightly undersized and permit a1.5° rotation of one flange with respect to the other before the flanges begin to rotate as a single unit. Knowing that G=77.2 GPa,determine the maximum shearing stress in each shaft when a torque T of magnitude 580 N-m is applied to the flange indicated.The torque T is applied to flange B.30 mm600 mm36 mmT900 mmThe maximum shearing stress in shaft AB isThe maximum shearing stress in shaft BC isMPa.MPa.

To Find : The maximum shear stress in AB and CD Given : The applied torque in flange B is The angle…

Answered: Two solid steel shafts are fitted with…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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The design of a machine element calls for a 40-mm-outer diameter shaft to transmit 45 kW. (a) If the speed of rotation is 720 RPM, determine the maximum shearing stress in shaft a. (b) If the speed of rotation can be increased 50 % to 1080 RPM, determine the largest inner diameter of shaft b for w/c the maximum shearing stress will be the same in each shaft.
! Required information The torques shown are exerted on pulleys A and B. Consider TA = 360 N·m and Tg = 400 N.m. TA 30 mm TB 46 mm OXX Knowing that both shafts are solid, determine the maximum shearing stress in shaft BC. MPa. The maximum shearing stress in shaft BC is
1. The member BD is attached to a rod at B, to a hydraulic cylinder at C, and to a fixed support at D. The bolt used at D acts in double shear and is made from a steel for which the maximum allowable shearing stress is Tallow = 40 ksi. The rod AB is made of a steel for which the maximum allowable tensile stress is Oallow = 60 ksi. The upward hydraulic force applied at C is 12 kip. 1) Calculate the minimum diameter of the rod AB. 2) Calculate the minimum diameter of the bolt at D. B FAB 12 kip 8 in. FBD
Knowing that the internal diameter of the hollow shaft shown is d = 0.9 in., determine the maximum shearing stress caused by a torque of magnitude T = 9 kip·in.
A solid steel shaft will not twist through more than 3 degrees in a 6-m length when subjected to a torque of 12 KN*m. The modulus of rigidity of the steel shaft is 83 GPa. Determine; a) Diarneter of the shaft. (. b) Maximum shearing stress developed in the shaft.
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! Required information The torques shown are exerted on pulleys A, B, and C, where T₁ = 3 kip-in. and 72 = 7.4 kip-in. Assume that both shafts are solid and the diameter of shafts AB and BC to be 1.3 in. and 1.8 in., respectively. T1 10.4 kip.in. 48 in. B 72 in. T2 C Determine the maximum shearing stress in shaft AB. The maximum shearing stress in shaft AB is ksi.
Two solid steel shafts are fitted with flanges that are then connected by bolts as shown. The bolts are slightly undersized and permit a 1.5° rotation of one flange with respect to the other before the flanges begin to rotate as a single unit. Knowing that G=77.2 GPa, determine the maximum shearing stress in each shaft when a torque T of magnitude 620 N-m is applied to the flange indicated. The torque T is applied to flange C. (Round the final answers to two decimal places.) 30 mm 600 mm 36 mm T-500 Nm 900 mm The maximum shearing stress in shaft AB is The maximum shearing stress in shaft CD is MPa. MPa.
! Required information The torques shown are exerted on pulleys A and B. Consider TA = 360 N·m and TB = 400 N.m. TA 30 mm 46 mm B Knowing that both shafts are solid, determine the maximum shearing stress in shaft AB. The maximum shearing stress in shaft AB is MPa.
UNIVERSITY of Prince Edward ISLAND i mm GGGG 54 mm T₁-1.2 kN-m 1-08 kNm 0 154 T-0.1 kN m 40 mm ASSIGNMENT 2.6 Under normal operating conditions, the electric motor exerts a torque of 2.4 kN m on shaft AB. Knowing that each shaft is solid, determine the maximum shearing stress in (a) shaft AB, (b) shaft BC, (c) shaft CD. ASSIGNMENT 2.7 Two shafts, each of -in. diameter, are connected by the gears shown. Knowing that G=11.2 x 10 psi and that the shaft at F is fixed, determine the angle through which end
The aluminum rod AB (G= 27 GPa) is bonded to the brass rod BD(G= 39 GPa). Knowing that portion CD of the brass rod is hollow and has an inner diameter of 40 mm, determine the angle of twist at A.
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