Examples of 'strain rate' in a sentence
Meaning of "strain rate"
This phrase is used in the field of materials science or engineering to refer to the rate at which a material undergoes deformation or strain. It indicates the speed or velocity at which a material experiences changes in its shape or dimensions when subjected to external forces. For example, 'The strain rate of the metal increased as the load on it was gradually increased.'
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- The change in strain (deformation) of a material with respect to time.
How to use "strain rate" in a sentence
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strain rate
The effect of strain rate is clearly revealed.
Strain rate sensitivity increases with temperature.
Toughness at a high strain rate is improved by refining grains.
Its growth rate is proportional to the strain rate.
Minimum shear strain rate is governed by two factors.
Aluminum alloys are known to exhibit strain rate sensitivity.
The high strain rate characterization of materials is usually.
There are also fluids whose strain rate is a function of time.
Strain rate imaging can be done by two principally different methods.
Increasing the yield point by increasing the strain rate.
The strain rate tensor.
This model generally implies a localization of strain rate in bands.
Strain rate and strain are then calculated from the velocities.
The fracture strain is defined as a function of the strain rate.
Strain rate influence on the flow stress and plastic instability.
See also
The sensitivity of the embrittlement to strain rate and temperature was characterized.
The strain rate range in which each method is efficient is obtained.
Ideally the average creep strain rate of the resin is zero.
In this case the stress is linearly proportional to the strain rate.
The applied strain rate is the main parameter influencing resistance.
The critical strain is both temperature and strain rate dependent.
This means that a slower strain rate results in a lower tensile strength.
These effects are even more important as the strain rate is high.
Strain rate and residual stresses are also expected to affect this surface.
The mesentery behaved like an anisotropic strain rate sensitive material.
Minimizing the strain rate reduces the tendency to cause damage to the web.
The derivative of the strain curve gives the strain rate.
In triaxial tests the influence of strain rate on strength parameters was small.
We noted down its hyperelastic performance as well as its sensitivity to strain rate.
The relevant parameter is then the strain rate of the equivalent fibrils.
Each curve set depends on the plastic strain and plastic strain rate.
Many natural fibers exhibit strain rate sensitivity due to their viscoelastic nature.
We find that the two methods lead to similar results at low strain rate.
Damage processes and the composition and strain rate effects on fracture were also studied.
The inverse method is based on a material characterization taking into account strain rate effects.
The preferred strain rate also varies depending upon the specific material used.
These materials exhibit a complex behavior strongly sensitive to strain rate and temperature.
Similar strain rate values were obtained on Eclipse Sound.
A new approach have been developed to improve the description of the strain rate sensitivity.
The global strain rate is found to have a Monkman-Grant relation.
Most significant contributors are temperature and strain rate and their different variations.
The results showed that spallation of scales during strainingincreased with increasing tensile strain rate.
Type A bands are often seen at high strain rate and low temperatures.
This arrangement allows control of multiple parameters including the strain magnitude and strain rate.
Orthotropy, irreversibilty and strain rate dependence are taken intoaccount.
Study of temperature and strain fields in metallic materials under high strain rate loading.
Also, the strain rate may be studied and analyzed for its effect on fracture.
A fault in ductile rocks can also release instantaneously when the strain rate is too great.
After slow strain rate and chronoamperometric tests the samples were analyzed in sem / eds.
These steels combine an increased formability with a high strength level at a wide strain rate spectrum.
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