Sentence examples for depth of fluid from inspiring English sources

These experiments show that the fundamental mode of dynamic behaviour of the base of these tanks is primarily dependent on both the depth of fluid in the tank and the thickness of its base.

was derived by Boussinesq [1] in 1872 to describe shallow water waves, where u ( x, t ) is an elevation of the free surface of fluid and the constant coefficients α and β depend on the depth of fluid and the characteristic speed of long waves.

The framework consists of reservoir rock gross-thickness map which establishes the reservoir's bulk volume, structure maps that provide the orientation and extension of sedimentary bodies, net-pay thicknesses, depth of fluid contacts, values of porosity and permeability obtained from core analysis, pressure-transient testing, etc.

One of the classical Boussinesq equations takes the form u_{tt}=-au_{xxxx}+u_{xx}+betabigl u^{2}=-au_{xxxx}+u_{xx}+betabigl u^{2is an elevation of the free surface of fluid, and the constant coefficients a and β depend on the depth of fluid and the characteristic speed of long waves.

Furthermore, hydrous minerals must be present at the depths of fluid generation, to retain some of the volatile elements (F).

We then estimated the horizontal depth distribution of fluid transport properties in two fault zones in the Nankai accretionary prism.

Based on the proposed model, the depth of extraneous fluid invasion can be determined when the operation conditions, extraneous fluid properties and formation structure parameters are available, and the model predictions are in good agreement with the available data.

The computational models determine the ratio of radiation retention by the entire depth of the fluid (volumetric absorptivity) using optical properties of both the particles and the fluid along with the penetration of radiation within the nanofluid using the well-known Monte Carlo algorithm that incorporates the aforementioned calculated optical properties of the nanofluid.

Cai et al. (2010a, b) presented a fractal capillary model to analyze the depth of extraneous fluid invasion and concluded that the tortuosity of the capillaries and capillary pressure should be considered in analyzing extraneous fluid invasion in low-porosity porous media.

The effect of the depth of the fluid domain on the added virtual mass factors, natural frequencies and mode shapes is studied.

Table 3 Basic data of rod load reducer Parameter Value Parameter Value Depth of rod load reducer/m 2000 Diameter of plunger A/mm 44 Depth of working fluid level/m 3000 Diameter of plunger B/mm 70.