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Slug-tracking model for hilly terrain pipelines
Y. Taitel
*
,
D. Barnea
*
Corresponding author for this work
Engineering General
School of Mechanical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
17
Scopus citations
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Keyphrases
Hilly Terrain pipeline
100%
Slug Tracking
100%
Tracking Model
100%
Slug Flow
75%
Elbow
75%
Slug Length
25%
Compressibility
25%
Intermittency
25%
Flow Pattern
25%
Lack of Understanding
25%
Flow Characteristics
25%
Slug Characteristics
25%
Downhill
25%
Hilly Terrain
25%
Gas-liquid Two-phase Flow
25%
Flow Studies
25%
Characteristic Changes
25%
Slug Behavior
25%
High Pressure Drop
25%
Pipeline Specification
25%
Engineering
Slug Flow
100%
Liquid Gas
33%
Compressibility
33%
Pressure Drop
33%
Two-Phase Flow
33%
Flow Pattern
33%
Flow Characteristics
33%