The composite shaft assembly shown is composed of a bronze (G = 38 GPa) hollow shaft perfectlybonded to an aluminum (G = 26 GPa) shaft as shown below. The outer diameter of the aluminum shaft is70mm while the outer diameter of the bronze shaft is 65 mm with an inner diameter of 60mm. If theallowable shear stresses for aluminum and bronze is 85 MPa and 100 MPa, respectively.Hollow AluminmShafPerfect Bondat InterfaceHolow BroneShaft1.2mWhat is the maximum torque (T that can be applied at the end of the assembly?What is the maximum internal shear stress in the bronze section (T)?What is the maximum internal shear stress in the aluminum section (T)What is the angle of twist of end B with respect to end A (Pau }?

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Answered: The composite shaft assembly shown is…

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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A 28mm diameter steel shaft AB is built into a rigid wall at A and supported by a smooth bearing at B. The lever BC is welded to the end of the shaft. Load P 360 newton is applied as shown in the figure below. Determine the maximum shear stress and the angle of twist if the distance from A to B is 3 meters and the distance from B to C is .3 meters
echanics of Materials I X t.php Two loads P act as shown, one parallel to (x0) and another parallel to z0; each load P equals 1.5 kN. The crankshaft dimensions are b1 = 55 mm, b2 = 150 mm, and b3 = 45 mm. The diameter of the upper shaft is d= 22 mm. Determine the normal stress at point A, which is located on the surface of the upper shaft at the z0 axis. Yo Letferbimtse ENene 302 704 MPal
An 66 mm diameter alloy shaft is 6.5 m long and subjected to twisting. The shaft is attached to arigid support at the left end. Find the angle of twisting at the end of the bar and the maximumshear stress developed. Use G=81 GPa.
A steel shaft (G = 80 GPa) with an external drive of 30mm must transmit a torque of 2700 N-m. The allowable shear stress in torsion is 120 MPa and the allowable rotation for the member is 0.1 rad / m. Design to the nearest millimeter the internal radius required for the steel drive
A shaft fixed to a wall at B is made of an outer steel tube of 1" outer radius (G = 11,400 ksi) bonded to an inner solid brass core (G = 5200 ksi) of 0.5" radius. For the torque applied at A determine the maximum shear stress in each material and the rotation of A. Note: Each material carries part of the total applied torque. Treat end A %3D as a joint. Ans: 1977 psi steel, 451 psi brass 4 ft 0.5 in. 1 in. T= 250 lb-ft (a) all cunnorted at A and B. For
L=125 mm
An 66 mm diameter alloy shaft is 6.5 m long and subjected to twisting. The shaft is attached to arigid support at the left end. Find the angle of twisting at the end of the bar and the maximumshear stress developed. Use G=81 GPa.
The shaft in Figure below consists of a 3-in. -diameter aluminum segment that is rigidly joined to a 2-in. -diameter steel segment. The ends of the shaft are attached to rigid supports, Calculate the maximum shear stress developed in each segment when the torque T= 10 kip.in is applied. Use G = 4×106 psi for aluminum and G = 12×106 psi for steel. Aluminum 3-in. diameter 6 ft T Steel 2-in. diameter 3 ft
Mechanics of Deformable Bodies
A hollow shaft with an outside diameter of 3.1 in. and an inside diameter of 2.8 in. is subjected to both a torque of T = 525 lb-ft and an axial tension load of P = 6840 lb, as shown. (a) Determine the principal stresses (0p1> 0p2) and the maximum shear stress Tmax at point H on the surface of the shaft. (b) Show the stresses of part (a) and their directions in an appropriate sketch. Answers: %p1= i 1 op2= Tmax psi. psi. psi.

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