Sentence examples for high driving forces from inspiring English sources

At high driving forces (Kmax>3.5 MPa m) fractured particles and boundary decohesion created weak paths for fatigue crack propagation, and consequently the cracks followed the interdendritic regions, leaving serrated markings as the crack progressed through this heterogeneous region.

Quantification of the results focused attention on the extensive crack-tip blunting that occurs at high driving forces; this requires significant corrections to the usual small-scale yielding (SSY) assessments of the driving force and yields fracture energies that are orders of magnitude above those reported for other metal/oxide systems.

There is high probability that these dyes will show larger JSC due to high driving force for electron injection.

DRX occurred prior near TiBw region due to providing the nucleation site and having high driving force.

Inhibition of recovery prior to the initiation of recrystallization leads to a high driving force for recrystallization and formation of randomly distributed recrystallized nuclei.

Experiments conducted at the same stirring rate and with a high driving force seem to show that the induction time varies exponentially with the size of the driving force.

Microstructured devices offer the opportunity of intensifying transport processes associated with separation operations by providing high ratios of contact areas to volume, short transport distances and high driving force gradients.

It was found that the initial powder particle characteristics play an important role in the crack's propagation through the cold-spray 6061 microstructures, and particle boundaries are critical in the materials' response, especially at high driving force.

The results show that the GM predicts the two-film theory within 2% accuracy and the surface renewal model within 10% accuracy, both at absorber and desorber conditions and for high driving force and pinch conditions.

The 'interface concentration corrected-pseudo first order' mass transfer model and 'Ternary-termolecular' reaction mechanism were proposed to describe the CO2 absorption into NH3/PZ system for the high driving force and low PZ concentration condition.

The remarkable improvement in the shape memory properties of nanocomposites was correlated to great stored elastic strain energy in nanocomposites providing a high driving force for subsequent quick and almost complete shape recovery.