Sentence examples for classical pressure from inspiring English sources

The classical pressure drop equation by Ergun[1] was modified to account for this phenomenon.

The starting point of our methods is the same as for classical pressure segregation algorithms used in the Newtonian incompressible Navier Stokes problem.

The cross-sectional shapes and structural performance of classical pressure vessels, circular and continuum-based optimal toroidal pressure vessels are respectively determined and compared to each other.

In one direction we extend Brown's result on the constancy of the Voiculescu Brown entropy upon passing to the crossed product, and in another we show that the pressure of a self-adjoint element over the Markov subshift underlying the canonical map on the Cuntz Krieger algebra OA is equal to its classical pressure.

The study design is a prospective comparison of MRI with classical pressure augmented colostography/fistulography in anorectal malformation patients, using final operative results as the reference gold standard.

When a modified poly epichlorohydrin) (PECH) network is synthesized directly on the electrode, the polymer seeps inside the electrode porosity, and a suitable interface inducing negligible additional polarization in comparison with classical pressure-assembled membranes is obtained.

The computational approach that we adopt to model the passive mechanics of the LV is based on the classical pressure-dilatation-displacement three-field  formulation commonly used to overcome locking problems exhibited by purely displacement-based finite element formulations of incompressible elasticity.

The results are compared with two classical earth pressure methods as well as two empirical methods.

We review here a high vacuum chemical vapour deposition (HV-CVD) method, which can be considered as a hybrid technique between classical low pressure chemical vapour deposition (LP-CVD) and molecular beam epitaxy (MBE).

A comparison is also included to show the superiority of the proposed fully implicit approach over the classical IMplicit Pressure-Explicit Saturation (IMPES) method in terms of the time step size and the total execution time measured on a parallel computer.

In this section, we first introduce the scheduling mechanism in classical back-pressure algorithm.