A rectangular rod made of an aluminum alloy is subjected to a tensile force Falong its longitudinal axis. The od has an initial length LaIm and a rectangular cross-section with initial width w- 20 mm and initial height - 25 mm The mechanical properties of the aluminum alloy are • Modulus of Elasticity -100 GPa Yield stress YS - 320 MPa • Poisson's ratio v03 1. Ifa force F- NO kN is applied to the rod, determine the final length , the width w and height a of the cro section 2. What is the maximum force F that can be applied to the rod without causing permanent deformation? Solution:

Elements Of Electromagnetics
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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-Im and a rectangular cross-section with initial width we - 20 mm and initial
height h25 mm
The mechanical properties of the aluminum alloy are
- Modulus of Elasticity E- 100 GPa
- Yield stress YS-320 MPa
. Poisson's ratio y0.3
1. Ifa force F 80 KN is applied to the rod, determine the final length L, the width w and height h of the
cross section
2. What is the maximum force F that can be applied to the rod without causing permanent deformation?
Solution:
Problem 4:
6.43. The simple expressions for Rockwell hardness num-
bers in Table 6.9 involve indentation, t, expressed in
millimeters. A given steel with a BHN of 235 is also
measured by a Rockwell hardness tester. Using a
5-in.-diameter steel sphere and a load of 100 kg, the
indentationt is found to be 0.062 mm. What is the
Transcribed Image Text:20:06 WHATSAPP now Ali Janbein @ cuum 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-Im and a rectangular cross-section with initial width we - 20 mm and initial height h25 mm The mechanical properties of the aluminum alloy are - Modulus of Elasticity E- 100 GPa - Yield stress YS-320 MPa . Poisson's ratio y0.3 1. Ifa force F 80 KN is applied to the rod, determine the final length L, the width w and height h of the cross section 2. What is the maximum force F that can be applied to the rod without causing permanent deformation? Solution: Problem 4: 6.43. The simple expressions for Rockwell hardness num- bers in Table 6.9 involve indentation, t, expressed in millimeters. A given steel with a BHN of 235 is also measured by a Rockwell hardness tester. Using a 5-in.-diameter steel sphere and a load of 100 kg, the indentationt is found to be 0.062 mm. What is the
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