Sentence examples for energy density factor from inspiring English sources

In this paper, a fatigue life prediction model under various load spectra, using the strain energy density factor approach and the plastic zone size near crack tip as main parameters in calculating effective strain energy density factor, has been proposed.

The nucleation, growth, interaction and coalescence of cracks were analyzed based on the strain energy density factor theory.

The approach utilizes the knowledge of the strain energy density factor distribution in a bi-material notch vicinity.

The reductions of stress intensity factors and strain energy density factor at the crack tips are obtained.

Based on the concept of the effective stress intensity factor range, Δkeff, an effective strain energy density factor range, ΔSeff, is proposed in the present study.

The possibility for crack propagation in the tubesheet under the action of the different loadings was investigated in terms of the strain energy density factor.

The additional flexibility that the crack generates is evaluated using strain energy density factors given by linear fracture mechanics.

The analytical solution of the problem is derived, and the numerical solutions of the strain energy density factors around the cavity are also graphically presented.

Numerical results are presented graphically to show the effects of the material properties and applied electric and magnetic impacts on the dynamic intensity factors of COD and stress, and dynamic energy density factors.

When the distance between the semi-infinite boundary and the cavity varies, the effect of the upper and lower boundaries on the distribution of the strain energy density factors around the cavity is also examined.

The effects of the distances between the cavity and the boundaries of the semi-infinite slab, the wave number and the non-homogeneous parameter of materials on strain energy density factors are analyzed.