Sentence examples for damage to the evolution from inspiring English sources

Using the experimental results for unloading and the trend of evolving permeability, combined with the current research findings, we established a conceptual model relating coal unloading damage to the evolution of permeability (Cheng et al. 2014), as shown in Fig. 5.

You see it in the rise of schools questioning evolution, all these things piling up that betray the fact that we've lost our way in terms of our scientific literacy and it's incredibly damaging to the evolution of any society.

These materials have a quite good rating as regards to lifetime in fatigue, but the same does not apply to the number of cycles to initial damage, or to the evolution of damage.

However, the ultimate failure of the sub-elements is due to ply damage mechanism, the evolution of which is strongly affected by the delamination process.

We have previously suggested that an up-regulation of the hybrid nucleotide/cysteinyl-leukotriene receptor GPR17 in the ischemic brain may contribute to the evolution of damage [11].

We use a tensorial damage descriptor variable to capture the evolution of the irradiation damage loop subpopulation during deformation.

The fatigue damage parameter was found to satisfactorily describe the evolution of damage throughout life, facilitating fatigue life prediction.

Tensile tests were used to introduce controlled strains in the thermally grown oxide (TGO), through the titanium substrate, to study the damage evolution and to quantitatively evaluate the intrinsic strength and fracture toughness of the TGO layer.

A strain-driven homogenization problem is then solved at the microscale to simulate the damage evolution in the aluminum matrix using the Lemaitre elasto-plastic damage model.

The present paper deals with a micromechanical model of interface able to couple the damage (micro-crack) evolution, the non-penetration conditions (Signorini equations) and the friction effect (Coulomb's law).

A damage-based design procedure has been developed by the authors to predict the damage evolution and the stiffness degradation in polymeric composite laminates under fatigue loading.