Examples of 'two-phase flow' in a sentence
Meaning of "two-phase flow"
two-phase flow - Two-phase flow refers to a fluid system in which both liquid and gas phases coexist and flow together. It is commonly encountered in various engineering applications, such as in heat exchangers, refrigeration systems, and power generation processes
How to use "two-phase flow" in a sentence
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two-phase flow
Calculation of pressure drop in two-phase flow.
Equation for two-phase flow in horizontal pipelines.
Calculation of temperature drop in two-phase flow.
The two-phase flow presents an unexpected behaviour.
Method of analyzing a two-phase flow in a hydrocarbon well.
The second chapter focuses on the two-phase flow.
This two-phase flow is modeled as a homogeneous flow.
Fabricated for the two-phase flow injector.
Two-phase flow is affected by many variables such as the viscosity.
The remaining valves control steam or two-phase flow.
Another case where two-phase flow can occur is in pump cavitation.
This process wastes available energy in the two-phase flow.
Equivalent acoustic properties of the two-phase flow were determined experimentally.
Support of two-phase flow conditions according to three different calculation methods,.
This can improve the distribution of the two-phase flow.
See also
Development and testing of a two-phase flow pressure drop calculation tool.
Calculation of friction and interfacial heat transfer in a two-phase flow model.
A two-phase flow simulation was then carried out for the shadowgraphy experiment.
The heat dissipation can be further increased if two-phase flow cooling is applied.
A new two-phase flow model is built, weakly hyperbolic and thermodynamically consistent.
This approach wastes most of the available energy of the two-phase flow.
Several features make two-phase flow an interesting and challenging branch of fluid mechanics,.
These results are meant to serve as a benchmark for unsteady rotating two-phase flow simulations.
Gas-liquid two-phase flow occurs in safety valve calculations in the process industry.
For the system described herein, the term cryogen is understood to be a two-phase flow.
In particular that of the behavior of two-phase flow swirling flames subjected to acoustic perturbations.
A two-phase flow in a vertical pipe can also be divided into various flow patterns.
These figures show a system 1 for measuring variation in the gas content in a two-phase flow.
Two-phase flow piping design takes into account this mixture of gas and liquid.
It constitutes the formation of a plug of oil, which has separated from the two-phase flow.
Also, individual stage performance and two-phase flow in a straight pipeline past the pump are discussed.
The following equations demonstrate the one modeling approach for determining two-phase flow through a distributor.
An immiscible two-phase flow with predominant gravity effects and whithout capillary effects has been modelled.
Abstract, A new macroscopic model of two-phase flow through porous media is suggested.
The two-phase flow flashes to a lower pressure p2.
Characteristics of two-phase flow.
This results in a two-phase flow of flash steam and condensate inside the condensate return line.
Furthermore, the effect of viscosity on two-phase flow is studied.
For optimal efficiency, the two-phase flow turbines also require a completely different speed from the compressor.
Chapter 3 is devoted to the simpler case of immiscible two-phase flow.
Figure 4 shows the two-phase flow velocity distributions calculated for a typical tube and shell steam generator.
Consequently, this zone belongs to the dense two-phase flow category.
CNSC coupled hydromechanical two-phase flow model was developed and calibrated with field and laboratory experiments.
Moreover, we identify the gaps between theories and experiments on dense, turbulent two-phase flow.
Initially, an adiabatic two-phase flow at the evaporator 's inlet was studied.
That is the vane speed is one-half the velocity of the two-phase flow mixture.
The gas flow is then a two-phase flow in the bottle-filling rails.
The two-phase flow of the coolant 2 flows into a steam separator 4 disposed above the core 3.
Thus the coolant 2 is converted into a two-phase flow of water and steam.
Abstract, Gas-liquid two-phase flow is an important research project in microfluidics.
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