Sentence examples for restrained elements from inspiring English sources

If you're making a beat and going for that perfectly contrasting soft/hard dynamic, a bumping 808 low-end can sometimes be best complemented by jazzier, more restrained elements in the rest of the frequency range.

However, application of pressure with restraining elements, which prevent expansion of the stent beyond the desired diameter, may be used as a computationally efficient method to accurately predict the stress-strain field in the vessel wall following full stent expansion and recoil.

Since cyclization alone is often insufficient to ensure the population of a single conformation, further restraining elements are applied.

"For the first time, there's no restraining element in the Israeli government," Rubinstein told me.

The French, however, became irked at the restraining element in British cooperation and did not see why they should not be as predominant in Spain as the British were in Portugal.

Vertical and horizontal restraining elements are also introduced with the aim of preventing extreme lateral shifts or rocking phenomena.

This study shows that direct application of pressure to the stent inner surface may be used as an optimal modelling strategy to estimate the stresses in the vessel wall using these restraining elements and hence offer a very efficient alternative approach to numerically modelling stent deployment within complex arterial geometries.

The skeptics believe that China's ambition to become an innovation-oriented society must eventually founder as its leadership lack the political will to tackle the current restraining elements.

"His view is that the deficit is too large and has been for some time, and perhaps he wants to restrain some elements in the L.D.P. that want to spend more".

In this paper, the dynamic analysis of 3-D composite beam elements restrained at their edges by the most general boundary conditions and subjected in arbitrarily distributed dynamic loading is presented.

In this paper the dynamic analysis of 3-D beam elements restrained at their edges by the most general linear torsional, transverse or longitudinal boundary conditions and subjected in arbitrarily distributed dynamic twisting, bending, transverse or longitudinal loading is presented.