Sentence examples for behavior of fluids and from inspiring English sources

Her primary work was on calculations that were developed in the 19th century to explain the behavior of fluids and known as Navier-Stokes equations.

Rheological properties are used to describe the flow behavior of fluids and also deformation of structures made in fluids.

Therefore, it is of great significance to investigate comprehensively UHP metamorphic rocks and their associated assemblages such as ophiolites, peridotites, and pyroxenites in order to unravel the geochemical behavior of fluids and element recycling in the subduction factory.

The purpose of this paper is to share our many years of experience in designing and using high-temperature, high-pressure (HTHP) devices for studying the behavior of fluids and chemical reactions at elevated temperatures and pressures.

The differentially-weighted Monte Carlo method for PBM is used to simulate coagulation behavior of particles in each grid that is considered to be spatially homogeneous, and the transport behavior of fluid and particles towards neighbor grids that are spatially inhomogeneous are described by general conservation equations of multiphase flows.

To extend the fluid distribution result to the flow behaviors of fluids and to investigate the application of the tube models in porous media, the results of numerical simulations of the two-phase flow with varying corner combinations, contact angles, and viscosity systems are discussed.

By solving coupled mass and heat balance equations, TOUGH+CO2 can model non-isothermal or isothermal CO2 injection, phase behavior and flow of fluids and heat under typical conditions of temperature, pressure and salinity in CO2 geologic storage projects.

Good management of natural resources and the environment requires knowledge of the behavior of fluids, both below ground and at the surface, and scientists ultimately want to produce mathematical models that can predict the performance of these natural systems.

Fluid flow structures and temperature distributions are presented for the analysis of the physical behavior of fluid flow and heat transfer.

It is basically derived to predict the dynamic pressure response and behavior of fluids flow in porous media with respect to time and position.

Temporal variation of the mud volume fraction in different axial sections is used to monitor the efficiency of displacement process and behavior of fluids involved.