Sentence examples for strain solutions from inspiring English sources

First, the strains in the curved part of the dimple are analyzed and compared with strain solutions for pure bending.

Analytical and numerical elastic stress strain solutions are compared to provide a robust normalised standard relationship for predicting the spacing of fractures.

For more arbitrarily defined die cross sections, reasonable agreement is observed among the proposed strain solutions and those from the finite element method.

The present analysis proves that these terms are fully included in the elastic part of complete elastic plastic stress and strain solutions.

For both zero-friction and sticking-friction conditions, excellent agreement is observed among the proposed strain solutions and those from the finite element method for square die cross sections.

As an application, of proposed approach, theoretical plane strain solutions are presented for deeply cracked fracture mechanics specimens (single edge cracked specimen in pure bending – SE (PB), single edge cracked specimen in three-point bending – SE (B), and compact tension – C (T) specimens).

Noncompetent E. coli (K12 strain) solution was spread on a 1.5% agar Luria Bertani (LB) dish and incubated overnight at 37 °C.

In this chapter, a two-demensional plane strain solution is adopted for the embankment analysis, which includes the effects of smear zone caused by mandrel driven vertical drains.

A closed-form plane strain solution is presented for stresses and displacements around tunnels based on the complex potential functions and conformal mapping representation.

In addition, a fully analytical strain solution is also derived for the stress-driven case using constant stress-rate assumption.

In this paper, a semi-analytical elastic plane strain solution was provided for stress field around a lined non-circular tunnel subjected to uniform ground load.