The beam in Figure 1 is subject to a point load F. The length A is 2.23m, The beam is rectangular having a cross-sectional width of 35mm, and a depth of 9mm, and a Young's modulus of 207GPA. Figure 1. F A The point load is 35N The Factor of Safety for the component is 1.87. a) Determine the maximum shear force (Answer in N only). b) Determine the maximum bending moment (Answer in Nmm only). c) Determine the maximum axial stress on the top surface of the beam (MPa). d) Determine the maximum axial strain in the beam (strain). e) Determine the the minimum yield stress (MPa) based on the FOS.
The beam in Figure 1 is subject to a point load F. The length A is 2.23m, The beam is rectangular having a cross-sectional width of 35mm, and a depth of 9mm, and a Young's modulus of 207GPA. Figure 1. F A The point load is 35N The Factor of Safety for the component is 1.87. a) Determine the maximum shear force (Answer in N only). b) Determine the maximum bending moment (Answer in Nmm only). c) Determine the maximum axial stress on the top surface of the beam (MPa). d) Determine the maximum axial strain in the beam (strain). e) Determine the the minimum yield stress (MPa) based on the FOS.
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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Transcribed Image Text:The beam in Figure 1 is subject to a point load F. The length A is 2.23m,
The beam is rectangular having a cross-sectional width of 35mm, and a depth of 9mm,
and a Young's modulus of 207GP..
(O)
Figure 1.
F
A
The point load is 35N
The Factor of Safety for the component is 1.87.
a) Determine the maximum shear force (Answer in N only).
b) Determine the maximum bending moment (Answer in Nmm only).
c) Determine the maximum axial stress on the top surface of the beam (MPa).
d) Determine the maximum axial strain in the beam (strain).
e) Determine the the minimum yield stress (MPa) based on the FOS.
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