After successful implementation for more than 6 decades by the oil and gas industry,
hydraulic fracturing remains the pioneer well stimulation method to date. Polymers are one …

Miniaturized chemical reactors, typically on-chip microchannel reactors have become
important for analytical and environmental monitoring, 1–4 as measuring devices for online …

Wall shear stress produced by turbulent multiphase flow is considered an important
parameter in CO 2 corrosion as it has been claimed to be responsible for the removal of …

Gas hydrate formation is a critical flow assurance risk in oil and gas production, as
remediation of blockages may require weeks of operating downtime and represent a …

Annular flow is characterized by a thin liquid film flowing on the pipe wall and a high velocity
gas core flowing in its center, which normally carries liquid droplets. This review presents …

It is with great pleasure that I welcome this book by Professor Barry Azzopardi to the Series.
Multiphase flows, and in particular the gas-liquid flows which are the subject of this book, are …

Gas hydrate formation and deposition in deepwater subsea flowlines has been a major
concern to flow assurance engineers as oil and gas exploration moves towards offshore …

The impacts of the entrained droplet size on the pressure drop and heat transfer in annular
flow cannot be ignored. However, literature data on the droplet size for higher liquid …

Decreasing the gas flow-rate in an initially vertical upward annular dispersed pipe-flow, will
eventually lead to a down-flow of liquid. The onset of this down-flow has been related in the …

Several decades following Tom's discoveries on polymeric drag reducing agents (DRA)
continue to see research efforts to produce robust and shear-stable DRA. Most efforts …