... body for liquid viscosities of 0.51 Pa·s and 0.96 Pa·s. A new setup allowed accurate assignment of the signals from the Constant Temperature Anemometry (CTA) to the corresponding positions in the slug body. Experimental evidence shows that arrival of the slug fronts do not indicate an immediate...

... surveillance multiphase flow production logging slug length distribution tail velocity simulation upstream oil & gas slug frequency slug flow prediction experiment production control slug front slug catcher artificial intelligence slug length Validation of a physically-based model...

... axial velocity profiles in the slug, as a function of the distance to the slug front, and (ii) mean axial velocity profiles in the liquid film, as a function of the distance to the slug tail. Based on the velocity profiles, the wake of the gas pocket into the slug can be characterized, and the wall...

... mechanistic model slug flow equation experimental data frequency friction slug front Mechanistic models for three-phase stratified and slug flows with dispersions C Lawrence, J Nossen, R Skartlien, O Sendstad, O Skjæraasen, J Hua, L Liu, K Hald, T Sira, E Holm, B Hu Institute for Energy Technology...

... section upstream oil & gas fraction multiphase 16 machine learning production control production monitoring slug liquid holdup slug front viscosity artificial intelligence liquid viscosity multiphase flow reservoir surveillance correlation mechanism valve slug flow slug body bhr...

... behavior liquid viscosity liquid holdup bhr group 2011 upstream oil & gas production control velocity profile slug front horizontal pipe frequency artificial intelligence slug length correlation production monitoring viscosity average slug length slug catcher viscosity condition...