Sentence examples for discrete pressure from inspiring English sources

The stabilized method is designed by adding a jump term of the discrete pressure to the continuity approximation equation.

The variable was evaluated by simulating discrete pressure sensors subjected to Hertzian and uniform pressure distributions with two different calibration procedures.

For the discrete pressure we consider the space M_{delta}=biggl{ p_{delta}in L^{2}( Omega)/p_{delta/Omega_{k}}inmathbb {P}_{N_{k}-2}(Omega_{k}) mbox{ and }int_{Omega}p_{delta} x,y),dx,dy=0biggr}.

The reported power law regression coefficients provide a simple way to estimate the accuracy of experimental measurements made with discrete pressure sensors when the contact patch is approximately elliptical.

It gives rise to a Robin-type condition for the discrete pressure and a Robin-type condition for the discrete velocity on the outflow/open boundary, respectively at the pressure and the velocity sub-steps.

Similarly to staggered finite difference schemes, in our approach the discrete pressure is defined on the primary tetrahedral grid, while the discrete velocity is defined on a face-based staggered dual grid.

The governing equations are discretized on a non-staggered grid and the discrete continuity equation is replaced by a discrete pressure-Poisson equation.

The eggplant based simulation results show that simple rules and actions (internal carbon allocation among organs, dynamic carbon reserve/mobilization, carbon transport in parallel using a discrete pressure-flow paradigm and child agent position choosing for maximum light interception, etc).

We used anti-hypertension regimen as a measure for hypertension severity rather than discrete blood pressure measures because blood pressure measurements alone while on anti-hypertensive regimen have been considered a less reliable indicator of hypertension severity.

For discrete surface pressure of 5 mN m- 1 (diamond), 10 mN m- 1 (circle), 15 mN m- 1 (triangle), 20 mN m- 1 (square) and 25 mN m- 1 (right-pointing triangle).

The authors have stated that micro-convection is a continuous oscillatory motion of liquid medium induced by radial movement of cavitation bubble and governs the growth of the nuclei while shock waves are discrete, high pressure amplitude waves emitted by the bubble which increase the nucleation rate [ 23].