Consider an aluminum rod of radius r = 1.5 cm subjected to a uniaxial tension test by force of F = 23 kN. If the elastic modulus of the aluminum rod is E = 70 GPa, determine: (a) The tensile stress, σ, developed in the rod (b) The tensile strain, &, developed in the rod
Consider an aluminum rod of radius r = 1.5 cm subjected to a uniaxial tension test by force of F = 23 kN. If the elastic modulus of the aluminum rod is E = 70 GPa, determine: (a) The tensile stress, σ, developed in the rod (b) The tensile strain, &, developed in the rod
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![Consider an aluminum rod of radius r = 1.5 cm subjected to a uniaxial tension
test by force of F = 23 kN. If the elastic modulus of the aluminum rod is E = 70 GPa,
determine:
(a) The tensile stress, σ, developed in the rod
(b) The tensile strain, &, developed in the rod](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7884aebb-abc9-4ae2-aee8-88ec2e400645%2Fb96fb5e3-eadf-4a14-9380-7580c2fcc3bb%2Fzye60y_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider an aluminum rod of radius r = 1.5 cm subjected to a uniaxial tension
test by force of F = 23 kN. If the elastic modulus of the aluminum rod is E = 70 GPa,
determine:
(a) The tensile stress, σ, developed in the rod
(b) The tensile strain, &, developed in the rod
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