2. The composite shaft of total length 1.8 m consists of 5 mm thick brass and is fixed to a 30mm diameter steel bar. The composite subjected to the total torque of 565 Nm. (GBr = 39GPa and Gst = 77 GPa)1.8 m-Brass jacket30 mmSteel core5 mmFigurecomposite shaftDetermii e the following:a. Maxin um shearing stress in the brass.b. Maxin um shearing stress in the steel.c. Angle f twist of end Brelative to end A.זו

Given Data. →> Diameter of Steel Core = 30mm → Diameter of Brass jacket = 30+ 2(5) = 40 mm…

2. The composite shaft of total length 1.8 m consists of 5 mm thick brass and is fixed to a 30 mm diameter steel bar. The composite subjected to the total torque of 565 Nm. (Gg, = 39 GPa and Gsg = 77 GPa) -Bras jeket Steel core Figure Q4.2: A composite shaft Determi e the following: a. Maxin um shearing stress in the brass. b. Maxir um shearing stress in the steel. c. Angle if twist of end Brelative to end A.

2. The composite shaft of total length 1.8 m consists of 5 mm thick brass and is fixed to a 30 mm diameter steel bar. The composite subjected to the total torque of 565 Nm. (Gg, = 39 GPa and Gsg = 77 GPa) -Bras jeket Steel core Figure Q4.2: A composite shaft Determi e the following: a. Maxin um shearing stress in the brass. b. Maxir um shearing stress in the steel. c. Angle if twist of end Brelative to end A.

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter3: Torsion

Section: Chapter Questions

Problem 3.3.12P: A propeller shaft for a small yacht is made of a solid steel bar 104 mm in diameter. The allowable...

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