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1. For the steel U-shape design (diameter: 34"), determine the maximum stress developed under a loading of P=200 lb. ៗ 0.5- P -3.5- R0,75— R0.75- the 5.0 two cross-sections

1. For the steel U-shape design (diameter: 34"), determine the maximum stress developed under a loading of P=200 lb. ៗ 0.5- P -3.5- R0,75— R0.75- the 5.0 two cross-sections

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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5 while reduc быле time LOTI UDIX Exercises: For the steel U-shape design (diameter: 3/4"), determine the maximum stress developed under a loading of P-200 lb. J Three-Dimensional Solid Elements 0.5- # P -3.5- R0.75- R0.75- | 5.0 -.60- shown below and compare the results. 2. For the above problem, perform additional FEA analyses using the two cross-sections 11-33 .55
Transcribed Image Text:5 while reduc быле time LOTI UDIX Exercises: For the steel U-shape design (diameter: 3/4"), determine the maximum stress developed under a loading of P-200 lb. J Three-Dimensional Solid Elements 0.5- # P -3.5- R0.75- R0.75- | 5.0 -.60- shown below and compare the results. 2. For the above problem, perform additional FEA analyses using the two cross-sections 11-33 .55
Expert Solution
Step 1

Given:

The diameter of the U shape:

→d=34 inch=0.75 inch

So the cross sectional area of the U shape:

→A=π4×d2         =π4×0.752=0.44 inch2

Load acting at the end of the U shape:

→P=200 lb

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