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Gas entrainment in an evaporating spray jet
Muhammad Mushahid Rafique Qureshi
,
Chao Zhu
Mechanical and Industrial Engr
Research output
:
Contribution to journal
›
Article
›
peer-review
7
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Scopus citations
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Keyphrases
Spray Jet
100%
Evaporating Spray
100%
Gas Entrainment
100%
Air Entrainment
83%
Gaseous Jet
50%
Evaporation Rate
50%
Liquid Nitrogen Spray
50%
Numerical Simulation
33%
Room Air
33%
Oxygen Concentration
33%
Spray Evaporation
33%
Flow Similarity
33%
Direct Measurement
16%
Measurement Simulation
16%
Theory Simulation
16%
Thermocouple
16%
Mass Flow
16%
Gas Velocity
16%
Direct numerical
16%
Liquid Nitrogen
16%
Gas Temperature
16%
Nozzle
16%
Nitrogen Jet
16%
Parametric Model
16%
Jet Velocity
16%
Combined Measurement
16%
Laser Doppler Velocimeter
16%
Jet Trajectory
16%
Pure Nitrogen
16%
Jet Theory
16%
Round Nozzle
16%
Nitrogen Spray
16%
Momentum Ratio
16%
Entrainment Rate
16%
Cross-sectional Distribution
16%
Rough Flows
16%
Gasses
16%
Jet Region
16%
In Situ Oxygen
16%
Earth and Planetary Sciences
Liquid Nitrogen
100%
Evaporation Rate
75%
Nitrogen
75%
Numerical Simulation
50%
Mass Flow
25%
Gas Temperature
25%
Thermocouple
25%
Laser Doppler Velocimeters
25%
Data Processing
25%
Engineering
Jet
100%
Nitrogen
58%
Air Entrainment
41%
Evaporation Rate
25%
Similarities
16%
Oxygen Concentration
16%
Computer Simulation
16%
Cross Section
8%
Theoretical Basis
8%
Experimental Result
8%
Thermocouple
8%
Gas Velocity
8%
Gas Temperature
8%
Experimental Finding
8%
Doppler Velocimeter
8%
Rough Flow
8%
Chemical Engineering
Liquid Nitrogen
100%
Nitrogen
75%
Computer Simulation
50%
Material Science
Gas Velocity
100%