Hooke's Law (3D general) ${strain}_{z}$ $"strain"_z$

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Jul 24, 2020, 6:28:07 PM

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on

Dec 7, 2013, 2:41:17 AM

ε_{z} = \frac{σ_{z} - ν [lateral strain, longitudinal strain] \cdot (σ_{x} + σ_{y})}{E}

$epsilon_z = ( sigma_z - nu[ "lateral strain" , "longitudinal strain" ] * ( sigma_x + sigma_y )) / "E"$

Stress_x

$"Stress_x"$

Stress_y

$"Stress_y"$

Stress_z

$"Stress_z"$

Modulus of Elasticity

$"Modulus of Elasticity"$

Lateral Strain

$"Lateral Strain"$

Longitudinal Strain

$"Longitudinal Strain"$

• Poisson's Ratio by MichaelBartmess

This equation, Hooke's Law (3D general)

{strain}_{z}

$"strain"_z$ , is used in 0 pages

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Hooke's Law (3D general) strainzstrainz"strain"_z