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Elastic Longitudinal Deformation

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Apr 25, 2023, 7:28:32 PM

Created by

MichaelBartmess

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Mar 15, 2014, 8:39:26 PM

δ = \frac{P \cdot L}{A \cdot E}

$delta = ( "P" * "L" ) / ( "A" * "E" )$

Longitudinal Loading

$"Longitudinal Loading"$

Length of Member

$"Length of Member"$

Cross-sectional Area

$"Cross-sectional Area"$

Modulus of Elasticity

$"Modulus of Elasticity"$

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0dfa6674-3235-11e3-8029-bc764e049c3d

This vCalc equation, the Elastic Longitudinal Deformation equation, computes the deformation factor used in the calculation of strain due to longitudinal loading.¹

Longitudinal deformation in the case of uniaxial deformation can be seen as a change of the cross section of a pipe.

Inputs

P - the loading force applied as an axial torque
L - length of the member to which a toque is applied
A - the cross sectional area
E - the Modulus of Elasticity

See also

Modulus of Elasticity

Stress on Cross Section

^ Fundamentals of Engineering. 8th edition, 2nd Revision. National Council of Examiners for Engineering and Surveying (NCEES) - 2001. ISBN 978-1-932613-59-9. pg 33

This equation, Elastic Longitudinal Deformation, is used in 1 page

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• Engineering: Stress & Strain by MichaelBartmess

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