H.W.# 2: Find the value of force (P) shown in figure if you know that themiddle part of the rigidly fastened shaft is stressed to 400 Mia of tensilestress. Then calculate the stress in each of the other two end parts.= 40 mm²10 kNA = 80 mm²A = 40 mm²22 KN

The FBD of the three segments of the shaft can be drawn as:here,F1, F2 are the internal forces…

H.W.#2: Find the value of force (P) shown in figure if you know that the middle part of the rigidly fastened shaft is stressed to 400 M.a of tensile stress. Then calculate the stress in each of the other two end parts. A = 40 mm 10 kN A = 80 mm² P |A = 40 mm² 22 KN

H.W.#2: Find the value of force (P) shown in figure if you know that the middle part of the rigidly fastened shaft is stressed to 400 M.a of tensile stress. Then calculate the stress in each of the other two end parts. A = 40 mm 10 kN A = 80 mm² P |A = 40 mm² 22 KN

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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Question

H.W.# 2: Find the value of force (P) shown in figure if you know that the
middle part of the rigidly fastened shaft is stressed to 400 Mia of tensile
stress. Then calculate the stress in each of the other two end parts.
= 40 mm²
10 kN
A = 80 mm²
A = 40 mm²
22 KN

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Step 1: Drawing the FBD and determining the value of P

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