dAB The bracket BCD as shown in the figure is subjected to two forces, 50 KN and 10KN.
dAB The bracket BCD as shown in the figure is subjected to two forces, 50 KN and 10KN.
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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Mechaics of deforable bodies
![Problem 2.
dAB
The bracket BCD as shown in the figure is subjected to two
forces, 50 KN and 10KN.
는 | B
a. If the control rod AB is made of a steel having an ultimate
normal stress of 600MPA, determine the diameter of the
50KN
10KN
rod for which the factor of safety with respect to failure will 0.6 m
be 3.3.
b. Suppose that the pin at C is to be made of a steel with
an ultimate shearing stress of 360MPA. Determine the
diameter of the pin C for which the factor of safety with
respect to shear will also be 3.2.
3 m0.3 m-
c. Determine the required thickness of the bracket supports at C knowing that the allowable bearing stress
of the steel used is 310MPA.
Ultimate Strength
Factor of Safety
Allowable Strength](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff411e5a8-4540-4e0f-8d5f-17db1033f67d%2F182cb17c-ed10-4c32-98cb-27576e60bf5a%2Fwyyivpd_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 2.
dAB
The bracket BCD as shown in the figure is subjected to two
forces, 50 KN and 10KN.
는 | B
a. If the control rod AB is made of a steel having an ultimate
normal stress of 600MPA, determine the diameter of the
50KN
10KN
rod for which the factor of safety with respect to failure will 0.6 m
be 3.3.
b. Suppose that the pin at C is to be made of a steel with
an ultimate shearing stress of 360MPA. Determine the
diameter of the pin C for which the factor of safety with
respect to shear will also be 3.2.
3 m0.3 m-
c. Determine the required thickness of the bracket supports at C knowing that the allowable bearing stress
of the steel used is 310MPA.
Ultimate Strength
Factor of Safety
Allowable Strength
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