Jump to content

Yield curve (physics): Difference between revisions

From Wikipedia, the free encyclopedia
Content deleted Content added
m Reverted edits by Naohiro19 revertvandal (talk) to last version by Lucas Rudy
No edit summary
Line 1: Line 1:
In [[material science]], the '''yield curve''' describes the behaviour of a [[plastic material]].
In [[materials science]], the '''yield curve''' describes the behaviour of a [[plastic material]].


In a two-dimensional stress system (i.e. given forces acting upon a material from two directions) the pliability or stiffness of the material can be plotted on a graph in the form of a yield curve. The curve expresses the failure stress, the combination of stresses at which the material yields, or cracks. The area inside the curve, accordingly, represents a safe combination of stresses for this material.The yield curve determines how much a material is elongating after yield point of the material.
In a two-dimensional stress system (i.e. given forces acting upon a material from two directions) the pliability or stiffness of the material can be plotted on a graph in the form of a yield curve. The curve expresses the failure stress, the combination of stresses at which the material yields, or cracks. The area inside the curve, accordingly, represents a safe combination of stresses for this material.The yield curve determines how much a material is elongating after yield point of the material.

Revision as of 15:40, 28 August 2014

In materials science, the yield curve describes the behaviour of a plastic material.

In a two-dimensional stress system (i.e. given forces acting upon a material from two directions) the pliability or stiffness of the material can be plotted on a graph in the form of a yield curve. The curve expresses the failure stress, the combination of stresses at which the material yields, or cracks. The area inside the curve, accordingly, represents a safe combination of stresses for this material.The yield curve determines how much a material is elongating after yield point of the material.

See also

References