Sentence examples for buoyancy pressure from inspiring English sources

Effects of the drag, lift, gravity, buoyancy, pressure gradient, shear stress terms, thermophoresis and Brownian forces on particles movements are addressed.

Numerically, a one dimensional transient force balance approach was adopted which included contributions of six major forces during the penetration process, including: gravity, capillary, fluid drag, buoyancy, pressure and added mass.

The Sw is derived from the buoyancy model, which assumes that at a certain depth above free water level (FWL), the buoyancy pressure (Pb) between water and oil is in an equilibrium state with the capillary pressure Pcwo.

In addition, to describe realistic gravity current dynamics, we must consider a quasi-steady balance between the buoyancy pressure driving the current front ((sim (rho _{mathrm {c}}-rho _{mathrm {a}} gh_{mathrm {N}}^)) and the resistance pressure caused by the acceleration of the ambient fluid around the front ((sim rho _{mathrm {a}} u_{mathrm {N}}^{*2})).

Forces involved in the formation of hydrocarbon reservoirs in hydrocarbon basins mainly include buoyancy, fluid pressure and dynamic force, expansive force of molecular volume, capillary force, molecule adsorption force, and intermolecular binding force (Pang et al. 2000).

According to the equation of buoyancy and capillary pressure (Schowalter 1979), when the radius of pore-throats decreases by 10%%, the capillary pressure would increase tenfold.

Air flow through the vent is found to be induced by buoyancy or by pressure.

The influence of heat flux, pressure, buoyancy force and radial property variations on heat transfer were discussed.

Bubble tracking was achieved by solving the Newton equations of motion taking into account drag force, pressure, buoyancy and gravity.

The biomechanical challenges for aerial respiratory pumps stem from predation risk, hydrostatic pressure, buoyancy, surface tension, and mechanical conflicts between breathing and feeding.

Rather, there are detailed descriptions of various machines and instruments that are most commonly used today to measure aforementioned qualities like buoyancy and air-pressure, alongside machines that harness various types of energy to perform integral tasks of the time.