[30] Problem 2: A bracket is designed with a pin-pin horizontal tie rod supporting a boom that is also pinned at two points. The boom is subjected to a steady vertical load of 6 kN, and the tie rod is made of steel with a tensile yield strength of 400 MPa. (a) Find the factor of safety against yield of the tie rod. (b) If each end of the tie rod is fastened with a 10 mm diameter pin in single shear, find the factor of safety against pin yield if the pins are made of the same steel as the rod. 12 mm djameter tie rod 45 deg. 6 kN

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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[30] Problem 2: A bracket is designed with a pin-pin horizontal tie rod supporting a boom that is also
pinned at two points. The boom is subjected to a steady vertical load of 6 kN, and the tie rod is made of
steel with a tensile yield strength of 400 MPa.
(a) Find the factor of safety against yield of the tie rod.
(b) If each end of the tie rod is fastened with a 10 mm diameter pin in single shear, find the factor of
safety against pin yield if the pins are made of the same steel as the rod.
12 mm djameter tie rod
45 deg.
6 kN
0.7 m
1 m
Fig. 2
Transcribed Image Text:[30] Problem 2: A bracket is designed with a pin-pin horizontal tie rod supporting a boom that is also pinned at two points. The boom is subjected to a steady vertical load of 6 kN, and the tie rod is made of steel with a tensile yield strength of 400 MPa. (a) Find the factor of safety against yield of the tie rod. (b) If each end of the tie rod is fastened with a 10 mm diameter pin in single shear, find the factor of safety against pin yield if the pins are made of the same steel as the rod. 12 mm djameter tie rod 45 deg. 6 kN 0.7 m 1 m Fig. 2
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