• Aucun résultat trouvé

Multiphase Production Control: Application to Slug Flow

N/A
N/A
Protected

Academic year: 2021

Partager "Multiphase Production Control: Application to Slug Flow"

Copied!
13
0
0

Texte intégral

Références

Documents relatifs

A detector based on artificial neural networks developed at IBM [15] presents false negatives ratios between 15 % and 20 % and false positive ratios lower than 1 %.. An abstract

To study the impact of particle sphericity on riser radial flow, a comparison of the radial net solid flux profiles of sand and glass beads at 60 kg/m²s and gas velocity of 10 m/s

The development work of the High-Pressure Clip Riser for a 10 000 ft water depth and 10 000 psi pressure for Surface BOP (SBOP) drilling operations was performed through finite

In this work, a single Echo State Network (ESN), a flavor of RC, is employed for system identification of a vertical riser model which has stationary and oscillatory signal

Whereas the general study of these games remains to be done, it turns out that in our case we can prove the existence of a Braess paradox which allows us to restrict our attention

This mechanism has been extended to a broader class of sys- tems in Di Meglio et al. The main assumption of the Di Meglio model is the existence of a irregularity, causing the

The first part of the riser is slightly inclined downwards, therefore the bottom of the vertical part is the lowest point of the system. Following an idea from [11], this low-point

However, in the case of the experimental flow loop considered here −as well as many other experimental facilities−, the inflows are kept constant (to isolate multi-phase flow