Examples of 'strain energy' in a sentence
Meaning of "strain energy"
strain energy: Strain energy refers to the energy stored in a material when it is deformed elastically. It is a measure of the work done to deform the material and is potential energy that can be released when the material returns to its original shape
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- The potential energy stored in a body due to elastic deformation
How to use "strain energy" in a sentence
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strain energy
Strain energy that exceeds a threshold value.
It measures the strain energy stored in the.
This is known as having low strain energy.
Strain energy absorbed at point when load is removed.
Based on the same value of strain energy up to fracture.
The strain energy is not very.
Concept of internal energy or strain energy.
Maximum shear strain energy criterion.
A quantitative measure for angle strain is strain energy.
Strain energy release rate.
How to calculate total strain energy.
Strain energy absorbed after additional loading following a crack or tear.
The isomer stores energy as strain energy in its bonds.
Strain energy absorbed.
Maximum strain energy.
See also
Strain energy values were calculated from areas under the curves.
The integral of this quantity is the distortional strain energy density.
Low strain energy density in the cement near the interfaz.
There are situations where seemingly identical conformations are not equal in strain energy.
The strain energy.
The energy storage means may convert said strain energy to kinetic energy.
The strain energy up to fracture is equal to the area beneath these curves.
Other configurations of the load beam involve deformations with additional strain energy.
The configurational or strain energy can be estimated using molecular mechanics calculations.
The effects of the anisotropy may be accounted for in the strain energy formulation.
The strain energy is thus supposed to be relaxed elastically or plastically by the membrane.
Deformations which degrade optical performance of a sheet increase the strain energy within the elements.
The lower the strain energy the higher the stiffness of the structure.
Therefore, n is equal to the rate of the strain energy dissipated per cycle.
A decrease in strain energy also appears to relate to the perceived flexibility of the suture.
The deviatoric / spherical decomposition of elastic strain energy is used to consider closure effects.
A strain energy based fatigue criterion is introduced and allows estimating the fatigue life.
The complementary strain energy Wb of the element is.
This strain energy is incorporated within the linear member during extrusion ( or other manufacturing processes ).
Moreover, it was discovered that the strain energy was uniform as specimens were loaded.
The strain energy density is the quotient of the strain energy and the volume.
Without the bonds holding the conformation in place, the strain energy would be released.
Additional strain range and strain energy based models have been proposed by several others.
Therefore, alternative material models based on the Gent strain energy function were proposed.
In physics, strain energy is the energy stored by a system undergoing deformation.
Columns ; and elastic strain energy.
The strain energy density, U, represents the stored energy within a prismatic element resulting from a given deformation.
Fracture mechanics Fracture toughness Strain energy release rate J-integral Material failure theory Paris ' law.
Strain energy absorbed at point when load is removed. Area contained within F-D curve.
Such configurations guarantee a strain energy of at least about 25 kcal / mol.
The strain energy released by breaking the axial bond was estimated as 75 kcal / mol.
U, internal strain energy.
After 1 mm compression, the plastic dissipation component ( non-recoverable energy ) already exceeds the strain energy.
OR How the strain energy can be obtained?
In equation form,,formula 1where U is the strain energy.
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