Examples of 'stress-strain curve' in a sentence
Meaning of "stress-strain curve"
stress-strain curve - This term is used in physics and engineering to describe the relationship between stress and strain in a material under load
How to use "stress-strain curve" in a sentence
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stress-strain curve
True Stress-Strain curve for a typical specimen.
The strength was sought from the obtained stress-strain curve.
The area under the stress-strain curve is called toughness.
Toughness is defined as the área under the stress-strain curve.
A conventional stress-strain curve for the substrate may be recorded.
The modulus was determined from the initial slope of a stress-strain curve.
The stress-strain curve and stress reduction diagram of the material.
Figure 2 is a graph showing a typical stress-strain curve for thermoplastic articles.
With the stress-strain curve it was possible to calculate the secant modulus of elasticity.
During the propagation of the band the nominal stress-strain curve is flat.
Figure 2 illustrates a stress-strain curve of the webbing of the present invention.
The resilience of a product is linked to the área under its stress-strain curve.
Figure 3 illustrates a stress-strain curve of the yam useful in the present invention.
Previous heart valves have not had this kind of stress-strain curve.
The area under the stress-strain curve is the energy required to break toughness.
See also
It was then allowed to contract at the same rate, and a stress-strain curve was drawn.
A stress-strain curve is plotted by the instrument and would look similar to the following,.
Breaking strength refers to a coordinate on a stress-strain curve representing the point of breaking or rupture.
In purely elastic materials, periodic loads will not alter the stress-strain curve.
The intersection of this line and the stress-strain curve is reported as the yield point.
The yarn is subsequently shrunk at the same rate, thereby drawing a stress-strain curve.
Assigning an appropriate stress-strain curve from the set to each element of the blank ; and.
The modulus is calculated as the instantaneous slope of the stress-strain curve at a selected strain.
Moreover, the área under the stress-strain curve is significantly greater for most of the copolymers.
The elongation at break was read directly from the stress-strain curve of the sample.
An example of the engineering stress-strain curve for a typical engineering alloy is shown in Figure 1.
The yarn is subsequently shrunk at the same rate so that a stress-strain curve is depicted.
Effectively, this reproduces a stress-strain curve which approximates the biologic curve shown in FIG.
It is calculated by integrating the energy per unit mass under the stress-strain curve.
Here the behavior is elastic but not the stress-strain curve is not immediately reversible.
Material stiffness is quantified by Modulus of Elasticity, the slope of the stress-strain curve.
The offset is the amount that the stress-strain curve deviates from the linear elastic line.
Paper is a viscoelastic material, which explains the elastic and I plastic parts in its stress-strain curve.
This behaviour can differ from the traditional stress-strain curve of a cylinder, for example.
Fig . 4 shows a stress-strain curve of a polymeric film conventionally used as a balewrap.
Toughness is defined as the área under the stress-strain curve or stress-angle curve.
Fig . 6 shows a stress-strain curve of a prestretched polymeric film.
Include correct modelling of the elastic-plastic stress-strain curve for the liner material.
Elastic-plastic stress-strain curve for liner material shall be known and correctly modelled ;.
Toughness is usually measured by integrating the área under the stress-strain curve during tensile testing.
The kind of stress-strain curve illustrated in FIG.
The WTB is the área under the stress-strain curve.
In this way, a stress-strain curve was configured.
Young 's modulus represents the slope of the line in a stress-strain curve.
Figure 46 illustrates the points on a stress-strain curve that are used to calculate tensile modulus ;.
The value is the ratio of stress to strain at 1 % strain on the stress-strain curve.
Elastic-plastic stress-strain curve for liner material must be known and correctly modelled ;.
For example, a relatively constant stress-strain curve can be achieved.
Some materials, such as some polyvinyl chloride compositions, have a quite non-linear stress-strain curve.
Fig . 6 shows a cycled stress-strain curve for the shirred ear of a preferred diaper of the invention.
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