AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
Hydrogen fuel, due to its high gravimetric energy density and carbon-free combustion products, has been widely regarded as one of the most promising alternative fuels for enabling significant decarbonization in the aviation sector. The dynamic response characteristics of the liquid hydrogen fuel supply system play a cr...
The gas phase space influences liquid redistribution and pressure evolution during liquid hydrogen (LH2) filling, but the effects of its geometry remain insufficiently understood. A 34 L onboard LH2 tank was investigated using a two-dimensional volume-of-fluid (VOF) model incorporating two-phase flow, conjugate heat tr...
Focusing on the typical mixed system formed by combining oilfield-associated gas and CO2 during the CO2 flooding process, the PR equation is used as the theoretical model basis for the phase characteristics and physical properties of carbon dioxide. The influence of C1–C3 low-carbon hydrocarbons on the phase envelope,...
The article presents an evaluation of the performance of a ground-source heat pump system designed to maintain a specific temperature regime within a biogas bioreactor. The novelty and distinctive feature of the installation lie in its use of renewable thermal energy sources. For the first time, a system with an extern...
Pressure relief in high-pressure polyethylene processes involves dense, strongly non-ideal ethylene-based fluids. A transient real-fluid model was developed for the single-phase discharge of ethylene/vinyl acetate (VA) mixtures by coupling adiabatic vessel depressurization with quasi-steady isentropic nozzle flow. Ther...
This Review synthesizes advances over the past two decades in mechanistic gas hydrate models coupled with one-dimensional transient multiphase flow. Core model components, including gas hydrate growth kinetics, viscosification, deposition, and sloughing, and their interaction with multiphase flow were examined. Model...
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