Sentence examples for Terminal failure from inspiring English sources

Terminal failure is explained in terms of a new mechanism involving the bending of "splay cracks" under frictional sliding.

Terminal failure is characterized by a sudden brittle-like drop in load, localized heating and the development of a narrow shear band, consisting of recrystallized grains, oriented on a plane of maximum shear.

The results show that the internal friction coefficient that governs terminal failure is closely similar to the coefficient of static friction across the fault.

A first-order calculation shows that the stress required to break the columns and thus to initiate the fault is of the same order of magnitude as the terminal failure stress.

The results and analysis show that under higher confinement (σ22/σ11 > 0.2) where terminal failure occurs via across-column cleavage and spalling out of the loading plane, a combination of wing crack growth and Euler buckling of deformation-induced thin plates underlies the process.

Systematic experiments on laboratory-grown polycrystalline granular ice and columnar S2 ice loaded triaxially under a high degree of confinement at T = −10 °C to T = −40 °C at applied strain rates ε˙11="1×10-5s-1 to ε˙11="2×10-1showshow the mechanical response and microstructural evolution leading to terminal failure.

Artificial implanted organs are an attractive solution to terminal failures of organs such as pancreas, urinary sphincters, kidneys or heart, but their development is thwarted by the problem of their energy supply.

Biaxial compressive experiments of terminal and post-terminal failure have been performed at −3 and −10 °C on columnar-grained, S2 freshwater ice proportionally loaded across the columns under moderate confinement where Coulombic faulting limits the terminal strength.

In 2/16 ATD-treated patients, the drugs (MM 20 mg/day and PTU 250 mg/day, respectively) were not discontinued in time, and they developed terminal renal failure and chronic renal failure, respectively.

The doctors have described the man as a diabetic who was in dire condition before the implant with terminal heart failure, a moderate degree of kidney failure and abnormally high pressure in blood vessels in his lungs.

Thirteen of the 56 IV patients died and eight developed terminal renal failure, whereas there were no deaths and only one terminal renal failure in the DIV group.