... in pipelines. However, these methods have not been rigorously developed and tested for multiphase air-water flows with particles. The purpose of this work is to investigate the use of several ML models to predict the critical velocities in horizontal and inclined multiphase flow pipelines. In this study...

... Abstract Erosion damage caused by solid particles in multiphase flows can affect the operation and integrity of fluid transport pipeline systems. Amongst available approaches for predicting erosion, mechanistic models provide reliable predictions under various conditions with a low calculation...

.... thermodynamic path base case piping simulation production control production monitoring piping design elevation profile onshore pipeline expansion pipe wall thickness upstream oil & gas scenario multiphase flow configuration pipeline fluid modeling psig 1602 pvt measurement equation...

... ABSTRACT: The ability to accurately simulate the dynamic phenomenon of slugging, whether hydrodynamic, severe, or terrain-induced, has become a key objective in modeling dynamic multiphase flows in pipelines. Current widely accepted simulation tools can yield errors as high as 100...

... it comes to the design and operation of such systems. The paper aims at presenting the current state of play in technology that is available to the pipeline engineer to design pipelines that will, at the onset or during later life, be operated under multiphase flowing conditions. It will attempt to provide...

... and transient conditions. The requirement to model these systems is, therefore, critical for adequate field development planning. This paper will present a tutorial focusing on the complex analysis of multiphase flow in pipelines with an emphasis on the tools currently available for modeling purposes. The tools...

... multiphase flow upstream oil & gas leak piping design production monitoring pipeline rupture rupture well flow dynamic offshore pipeline pipeline simulation interest group modeling & simulation example case pipeline piping simulation fluid dynamics production control platform pvt...

... components for calculating the dynamics for Gas, Product and Crude oil Pipe lines. conservation operation psig concentration multiphase flow case 2 phase model line condition midstream oil & gas trans-alaska pipeline piping simulation station 6 discharge disadvantage pipeline slack...

... in pipeline systems so as to devise the appropriate remediation strategies and formulate optimal clean-up plans. multiphase flow fluid dynamics university upstream oil & gas pcb migration simulator pennsylvania state university engineering petroleum engineering university of tulsa pcb...

... ABSTRACT Recently, there has been considerable interest in the petroleum industry on multiphase flow through pumps. Pumping gassy fluids has applications in both pipeline and electric submersible pumps. The present study discusses a dynamic and a correlational model for three electric...

... ABSTRACT Vapor-liquid multiphase flow has become an increasingly important topic due to the drive for reduced field processing facilities and full wellstream transfer, particularly for offshore fields. In addition, increased computing power makes possible more mechanistic analysis...

..., but slight difference in the pressure drop calculated using the slip and homogeneous flow approaches. production control multiphase flow production logging two-phase flow pressure drop calculation Reservoir Surveillance production monitoring Upstream Oil & Gas Fluid Dynamics 1984...

..., there will be a decrease in efficiency. Midstream Oil & Gas validation multiphase flow Upstream Oil & Gas two-phase flow program Fluid Dynamics 1983. Pipeline Simulation Interest Group ...

... transient model measurement and control momentum transfer production control reservoir surveillance fluid dynamics two-phase flow piping design equation production monitoring elevation multiphase flow liquid transition calculation upstream oil & gas production logging interface...