Sentence examples for displacements intensity from inspiring English sources

Stress and electrical displacements intensity factors are found in a clear analytical form which is especially easier for a small contact zone length.

The stress intensity and electric displacement intensity factors are highly affected by the material nonhomogeneity parameters β and γ.

Then, the stress intensity factors (SIFs) and the electric displacement intensity factor (EDIF) at the crack tips are evaluated.

Numerical examples are provided to show the effects of material properties on the stress and the electric displacement intensity factors.

The stress and electric displacement intensity factors are used to characterize the electromechanical fields at the punch tip.

Solutions on the stress field, stress and electric displacement intensity factors and contact zone length are obtained.

Numerical examples are provided to show the effects of material properties on the stress and electric displacement intensity factors.

The dynamic stress and electric displacement intensity factors are evaluated directly from the scaled boundary finite element solutions.

It is found that for the permeable case, the electric displacement loadings has no contribution to the stress intensity factor and electric displacement intensity factor.

Effects of the thickness of the piezoelectric layer on the stress and electric displacement, and the stress and electric displacement intensity factors at the punch tip are discussed.

For a flat punch, the normal stress intensity factor and electric displacement intensity factor are also given to quantitatively characterize the singularity behavior at the punch ends.