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gular rod made of an aluminum alloy is subjected to a tensile force F along its longitudinal axis. Th an initial length La Im and a rectangular cross-section with initial width we 25 mm. - 20 mm and initi hanical properties of the aluminum alley are: Modulus of Elasticity E-100 GPa ield stress YS-320 MPa bisson's ratio v0.3

gular rod made of an aluminum alloy is subjected to a tensile force F along its longitudinal axis. Th an initial length La Im and a rectangular cross-section with initial width we 25 mm. - 20 mm and initi hanical properties of the aluminum alley are: Modulus of Elasticity E-100 GPa ield stress YS-320 MPa bisson's ratio v0.3

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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ll touch LTE 12:26 AM 15% MENG310 - P.. Problem 3: A rectangular rod made of an aluminum alloy is subjected to a tensile force Falong its longitudinal axis. The rod has an initial length Le-1m and a rectangular cross-section with initial width we - 20 mm and initial height h-25 mm. The mechanical properties of the aluminum alloy are: • Modulus of Elasticity E- 100 GPa - Yield stress YS-320 MPa • Poisson's ratio v03 1. Ifa force F- 80 kN is applied to the rod, determine the final length L, the width w and height h of the 2. What is the maximum force F that can be applied to the rod without causing permanent deformation? Solution:
Transcribed Image Text:ll touch LTE 12:26 AM 15% MENG310 - P.. Problem 3: A rectangular rod made of an aluminum alloy is subjected to a tensile force Falong its longitudinal axis. The rod has an initial length Le-1m and a rectangular cross-section with initial width we - 20 mm and initial height h-25 mm. The mechanical properties of the aluminum alloy are: • Modulus of Elasticity E- 100 GPa - Yield stress YS-320 MPa • Poisson's ratio v03 1. Ifa force F- 80 kN is applied to the rod, determine the final length L, the width w and height h of the 2. What is the maximum force F that can be applied to the rod without causing permanent deformation? Solution:
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