Asked by qwerty
Aluminum is a cubic crystal, with
S11=1.59×10−11 m2/N
S12=−0.58×10−11 m2/N
S44=3.52×10−11 m2/N
What are the Young's modulus, Poisson's ratio and shear modulus, corresponding to these values?
Young's modulus E (in GPa):
Poisson's ratio ν:
Shear modulus G (in GPa):
For a single crystal of aluminum, loaded uniaxially along the crystal axis with a stress of σ1=10MPa, what are all of the components of strain?
What is the total elastic strain energy, per unit volume, for the uniaxial stress of 10MPa?
Strain energy (in J/m3):
S11=1.59×10−11 m2/N
S12=−0.58×10−11 m2/N
S44=3.52×10−11 m2/N
What are the Young's modulus, Poisson's ratio and shear modulus, corresponding to these values?
Young's modulus E (in GPa):
Poisson's ratio ν:
Shear modulus G (in GPa):
For a single crystal of aluminum, loaded uniaxially along the crystal axis with a stress of σ1=10MPa, what are all of the components of strain?
What is the total elastic strain energy, per unit volume, for the uniaxial stress of 10MPa?
Strain energy (in J/m3):
Answers
Answered by
Anonymous
E = 62.89
p.r = 0.365
G = 24.81
ex = 0.159*10^-3
ey = -0.058*10^-3
ez = -0.058*10^-3
gammaxy,yz,zx = 0
energy = 795
p.r = 0.365
G = 24.81
ex = 0.159*10^-3
ey = -0.058*10^-3
ez = -0.058*10^-3
gammaxy,yz,zx = 0
energy = 795
Answered by
aviansh verma
G=23.03
Answered by
qwerty
Shear modulus G (in GPa):???
Answered by
dat boi
G=28.41
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