The fitting shown in Fig. 12.5 is made of a 1014 aluminumforging, for which ₁ = 65,000, t = 39,000, and abr = 98,000 lb/in². The boltand bushing are made of steel for which σ = 125,000, = 75,000, andabr 175,000 lb/in². The fitting resists limit or applied loads of 15,000-lbcompression and 12,000-lb tension. A fitting factor of 1.2 and a bearing factorof 2.0 are used. Find the margins of safety for the fitting for various types offailure.15,000 lbcompression12.000 lbtension0.56251.40().500.06250.125-0.70R

The dimensions are given as-The tearing strength in aluminium is .The shearing strength in aluminum…

ing are made of steel for which at 125,000, 75,000, an 5,000 lb/in². The fitting resists limit or applied loads of 15,000- on and 12,000-lb tension. A fitting factor of 1.2 and a bearing fact used. Find the margins of safety for the fitting for various types 15,000 lb compression 0.5625

ing are made of steel for which at 125,000, 75,000, an 5,000 lb/in². The fitting resists limit or applied loads of 15,000- on and 12,000-lb tension. A fitting factor of 1.2 and a bearing fact used. Find the margins of safety for the fitting for various types 15,000 lb compression 0.5625

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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Concept explainers

Pressure Vessels

The term pressure vessel refers to a closed container that contains gas or liquid at a different pressure than environment pressure. The pressure vessels have a wide scale of applications in our day-to-day lives and other industrial places. Some common examples of pressure vessels are gas cylinders, autoclaves, compressor vessels, etc.

Question

The fitting shown in Fig. 12.5 is made of a 1014 aluminum
forging, for which ₁ = 65,000, t = 39,000, and abr = 98,000 lb/in². The bolt
and bushing are made of steel for which σ = 125,000, = 75,000, and
abr 175,000 lb/in². The fitting resists limit or applied loads of 15,000-lb
compression and 12,000-lb tension. A fitting factor of 1.2 and a bearing factor
of 2.0 are used. Find the margins of safety for the fitting for various types of
failure.
15,000 lb
compression
12.000 lb
tension
0.5625
1.40
().50
0.0625
0.125-
0.70R

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