Sentence examples for using the critical strain from inspiring English sources

The interfacial fracture toughness from room temperature double cantilever beam tests for each environmental condition was then compared using the critical strain energy release rate, GC.

Similar to the forming limit diagram, the defect diagram is constructed using the critical major and minor strains at which defects occur in various deformation modes.

In addition, the use of the critical strain concept and the elastic and design line methodology to limit the induced strains was discussed.

In this section, the loads corresponding to crack initiation in the ECT specimen are used to calculate the critical strain energy release rates through the width of specimen using non-linear elastic finite element models.

The double-differentiation method was used to define the critical strain εc for initiation of DRX.

The four-point end notch flexure (4ENF) specimen was used in the experiments to calculate the critical strain energy release rate, GIIc, to quantify a value for fracture toughness.

The regions at which the critical strain occurs were determined by using finite element analysis (FEA).

The fracture toughness was quantified by determining the critical strain energy release rate (GIC) using the modified beam theory.

The local fluctuation of the critical Strain Energy Release Rate (SERR), Gc, could be estimated using the effective crack length technique.

In order to avoid underestimating the critical strain, hybrid Heyd-Scuseria-Ernzerhof (HSE 06 method [39] should be used, but as this paper is to give qualitative analysis on SOC gap and indirect band gap of TI instead of quantitative prediction for the critical strain of topological phase transition, therefore (HSE 06 method is not used in our first-principles calculations.

The critical strain increased with increasing strain rate.