Sentence examples for intermediate compression from inspiring English sources

Simulations showed many advantages of this configuration over those previously reported in the bibliography because there are no recycles and no intermediate compression units.

The method yields a stress tensor defined by three principal stress components, namely, maximum compression (σ1), intermediate compression (σ2), and minimum compression (σ3), with the stress magnitude ratio defined as R = (σ2 - σ1)/(σ3 - σ1).

The results showed that the titanium and carbamide powders exhibited dissimilar compression behaviors and titanium/carbamide powder mixtures exhibited intermediate compression behaviors of the monolithic titanium and carbamide powders.

The method yields a stress tensor defined by the three principal stress components, namely maximum compression, (σ 1), intermediate compression, (σ 2), minimum compression, (σ 3), and the stress magnitude ratio defined as R = (σ 2 − σ 1)/(σ 3 − σ 1).

Although the cryo-ET density could be optimally fitted only by extended forms similar to the X-ray YscD conformation, MD snapshots of individual monomers in more compact forms allowed the construction, without incurring in steric clashes, of YscD 24-mer ring structures representative of possible states of intermediate compression compared to the fully extended ring model.

We also use a thermomechanical processing route, in terms of pre-compression, unloading, intermediate annealing, and re-compression, to explore the effect of solute segregation on strengths of related deformation modes.

To reduce the memory overheads, novel CGRAs employ either statistical compression, intermediate compact representation, or multicasting.

The enhanced activities are ascribed to moderate adsorption strength for ORR intermediates due to compression strain and substrate electron transfer.

More than 15 laboratory experiments were undertaken first on these innovative steel columns of intermediate length under axial compression.

This investigation is concerned with the interactive buckling of thin-walled structures with central intermediate stiffeners under axial compression and/or a constant bending moment.

However, the model predicts that intermediate intensities of habitat compression and fragmentation could improve habitat utilization somewhat by facilitating population dispersal.