help! please write the correct answer. no long explanation needed! upvote will be given!Mechanics of Deformable BodiesGiven: d1 = 100mmd2 = 150 mm L = 1.0mT = 14 kN-m WHAT IS THE TORSIONAL SHEAR STRESS AT THE OUTER SURFACE IN MPa? (2 decimals) A circular steel shaft with length, L (m) has an outer diameter, d2 (mm) andinner diameter, d1 (mm). The modulus of rigidity G = 75 Gpa. Analyze theshaft due to an applied torque, T (kN-m) at both ends.W(1)T-di-

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Engineering

Civil Engineering

WHAT IS THE TORSIONAL SHEAR STRESS AT THE OUTER SURFACE IN MPa? (2 decimals)

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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Concept explainers

Introduction to Engineering Design

Students are often confused with engineering and design. The term engineering design has two words with different meanings, engineering, and design. The term engineering implies applications of laws and principles of science to design and analyze physical structures and components. In civil engineering, students apply the concept of physics and chemistry to design and build structures and buildings. In engineering disciplines, the term design means determining the dimensions, loads, and associated influences on the component due to the applied loads such as stresses and deformations. The estimation of such parameters is crucial to make the component or structure foolproof.

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help! please write the correct answer. no long explanation needed! upvote will be given!

Mechanics of Deformable Bodies

Given:

d1 = 100mm

d2 = 150 mm

L = 1.0m

T = 14 kN-m

WHAT IS THE TORSIONAL SHEAR STRESS AT THE OUTER SURFACE IN MPa? (2 decimals)

A circular steel shaft with length, L (m) has an outer diameter, d2 (mm) and
inner diameter, d1 (mm). The modulus of rigidity G = 75 Gpa. Analyze the
shaft due to an applied torque, T (kN-m) at both ends.
W
(1)
T
-di-

Branch of science that deals with the stationary and moving bodies under the influence of forces.

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