APlease enter your supplied question data(kN)P300 KNDimensions (mm)B65 mm45 mm(kNm)M2.5 KN Q1. A beam is subjected to a tensile load (P) and a bending moment (M) as shownin Fig. 1. You may assume that the tensile load is applied along the neutral axis ofthe section.PM€Fig, 1AUMechanics of Materials 2The beam is manufactured from a 'U' section channel with the dimensions given inFig. 2. Note that the channel section has a uniform thickness of 10 mm.BFig. 210MPyTo solve the problem you should take the following steps:(1)(ii)(iii)XZ2Tutorials Portfolio: Exercise 2Evaluate the maximum and minimum stresses that the beam must carry under thecombined bending moment and axial load.You should use the supplied question data and please record your answers in thetable on the front page.Determine the position of the Neutral Axis (find y bar)Calculate the Second Moment of Area of the section (Iz)Calculate the values of all stresses acting at the top and bottom surfaces ofthe beam section (Fig. 2) and hence determine the maximum and minimumstresses due to the combination of the bending moment and the end load.

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Engineering

Mechanical Engineering

A Please enter your supplied question data (KN) P 300 KN Dimensions (mm) 65 mm B 45 mm (kNm) M 2.5 / Non

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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Question

Q1. A beam is subjected to a tensile load (P) and a bending moment (M) as shown
in Fig. 1. You may assume that the tensile load is applied along the neutral axis of
the section.
P
M
€
Fig, 1
A
U
Mechanics of Materials 2
The beam is manufactured from a 'U' section channel with the dimensions given in
Fig. 2. Note that the channel section has a uniform thickness of 10 mm.
B
Fig. 2
10
M
P
y
To solve the problem you should take the following steps:
(1)
(ii)
(iii)
X
Z
2
Tutorials Portfolio: Exercise 2
Evaluate the maximum and minimum stresses that the beam must carry under the
combined bending moment and axial load.
You should use the supplied question data and please record your answers in the
table on the front page.
Determine the position of the Neutral Axis (find y bar)
Calculate the Second Moment of Area of the section (Iz)
Calculate the values of all stresses acting at the top and bottom surfaces of
the beam section (Fig. 2) and hence determine the maximum and minimum
stresses due to the combination of the bending moment and the end load.

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