Multiphase Science and Technology
Erscheint 4 Ausgaben pro Jahr
ISSN Druckformat: 0276-1459
ISSN Online: 1943-6181
SJR:
0.144
SNIP:
0.256
CiteScore™::
1.1
H-Index:
24
Indexed in
PRESSURE GRADIENT PREDICTION IN VERTICAL COUNTER-CURRENT FLOWS
Volumen 14,
Ausgabe 1, 2002,
13 pages
DOI: 10.1615/MultScienTechn.v14.i1.30
ABSTRAKT
A prediction methodology for pressure gradient in vertical counter-current air-water flow is presented based on empirical data for downward falling film flow at 3.78 ґ 10-3, 10.08 ґ 10-3, 2.52 ґ 10-3 and 37.80 ґ 10-3 kg/s in the presence of an upward air stream flowing rates ranging from ~ 2.5 ґ 10-4 to 142.0 ґ 10-4 kg/s. The method devised is an extension of the previous study by Hewitt et al. (1965) and has been developed to have as input the length of tube and air and liquid falling film flow rates.
651 Artikelansichten
15 Artikel-Downloads
Metriken
Artikel mit ähnlichem Inhalt:
Neueste Ausgabe
PARAMETRIC STUDY AND DEVELOPMENT OF A CORRELATION FOR NUSSELT NUMBER IN NANOFLUID JET IMPINGEMENT
NUMERICAL ANALYSIS FOR EFFECTS OF GRID SPACER VANE ON FLOW-THERMAL CHARACTERISTICS OF TWO PHASE FLOW IN A 5 × 5 ROD BUNDLE
WELL-BALANCED ALGORITHM AND HEIGHT FUNCTION METHOD FOR DYNAMIC CONTACT ANGLE IN TWO-PHASE SYSTEMS
ASSESSMENT OF CLASSIC MULTIPHASE FLOW MODELS IN SHALE GAS WELLS