We present a 3D numerical simulation of the vapor-venting process in a rectangular microchannel bounded on one side by a hydrophobic porous membrane for phase-separation. The …

Vapor-venting microchannel heat exchangers are promising because they address the problems of high pressure drop, flow instability, and local dryout that are common in conventional two …

2016年3月1日 · Simulations of leaks and venting operations from pressure vessels use rigorous thermodynamic methods. State of fluid in vessel found with flash algorithm for systems of …

We present a 3D numerical simulation of the vapor-venting process in a rectangular microchannel bounded on one side by a hydrophobic porous membrane for phase-separation. The …

This paper introduces a simulator for leaks and venting from pressure vessels that accounts for deviations from ideal gas behavior in all the required thermodynamic properties and …

In this paper, the FLUENT simulation method is used to study the deflation process when the pressure of the vehicle LNG cylinder reaches 1.1MPa when it is heated. The pressure drops …

3 天之前 · Despite substantial advances in numerical simulation techniques, constructing a real-time optimization framework with accurate and fast predictions remains chal ... Physics-aware …

1) The document presents a numerical simulation of boiling two-phase flow in a microchannel heat exchanger with an integrated hydrophobic porous membrane to vent vapor from the liquid …

2022年5月1日 · Numerical simulation of isothermal multi-component gas flow was conducted to study fluid flow and mixing in a scaled low-pressure, low-temperature test facility for the fission …

Three approaches are available to study natural ventilation: empirical models, experimental measurements, and computational fluid dynamics (CFD) simulations. The empirical models, …