Add to ORKGThe interactions between water curtain protective barriers and impinging cold gas clouds released during industrial accidents are simulated by a 2D finite difference code using a PSI-cell of the heat, mass and momentum transfer processes between the phases. A consistent derivation of the continuous phase source terms is presented. The results of early simulations of an existing 1:10 experimental model of a water curtain impacted by a cold gas cloud are presented for two typical curtain configurations
Regasification plants have become an emerging risk because their numbers are increasing and concern ...
A numerical procedure for the prediction of fogging and defogging phenomena is presented. The simula...
The study of the consequences of heavy gases releases is of paramount importance in the safety analy...
A mixed Lagrangian-Eulerian model of a Water Curtain barrier is presented. The heat, mass and moment...
Nowadays, water curtains are often employed in industry to contain flammable or toxic clouds due to ...
In an LNG terminal, water spray curtain, as one of the most important mitigation methods, is applied...
PresentationA Nowadays, the water spray curtain is recognized as a useful technique to mitigate majo...
A numerical procedure for the simulation of fogging and defogging phenomena is presented and is appl...
In this article experimental and theoretical investigations on liquid spray curtains are presented, ...
The aim of this paper is to study the effectiveness of fluid curtains to mitigate the effects of acc...
In this paper, experimental and theoretical investigations on liquid spray curtains are presented, i...
In this work, both CFD and CH 4 dispersion analysis in rain screen cladding were carried out, in or...
A numerical procedure for the prediction of fogging and defogging phenomena is presented. The simula...
Simulation of a process by means of physical models at a reduced scale is an essential tool in many ...
A simple n-compartment mathematical model is developed to study the effectiveness of fluid curtains ...
Regasification plants have become an emerging risk because their numbers are increasing and concern ...
A numerical procedure for the prediction of fogging and defogging phenomena is presented. The simula...
The study of the consequences of heavy gases releases is of paramount importance in the safety analy...
A mixed Lagrangian-Eulerian model of a Water Curtain barrier is presented. The heat, mass and moment...
Nowadays, water curtains are often employed in industry to contain flammable or toxic clouds due to ...
In an LNG terminal, water spray curtain, as one of the most important mitigation methods, is applied...
PresentationA Nowadays, the water spray curtain is recognized as a useful technique to mitigate majo...
A numerical procedure for the simulation of fogging and defogging phenomena is presented and is appl...
In this article experimental and theoretical investigations on liquid spray curtains are presented, ...
The aim of this paper is to study the effectiveness of fluid curtains to mitigate the effects of acc...
In this paper, experimental and theoretical investigations on liquid spray curtains are presented, i...
In this work, both CFD and CH 4 dispersion analysis in rain screen cladding were carried out, in or...
A numerical procedure for the prediction of fogging and defogging phenomena is presented. The simula...
Simulation of a process by means of physical models at a reduced scale is an essential tool in many ...
A simple n-compartment mathematical model is developed to study the effectiveness of fluid curtains ...
Regasification plants have become an emerging risk because their numbers are increasing and concern ...
A numerical procedure for the prediction of fogging and defogging phenomena is presented. The simula...
The study of the consequences of heavy gases releases is of paramount importance in the safety analy...