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Effect of ambient pressure on liquid swirl injector flow dynamics
Xiaodong Chen, Vigor Yang
College of Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
34
Citations (Scopus)
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Dive into the research topics of 'Effect of ambient pressure on liquid swirl injector flow dynamics'. Together they form a unique fingerprint.
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Mathematics
Injector
100%
Liquid
62%
Gas
13%
Angle
12%
Pressure Drop
11%
Breakup
9%
Pressure Distribution
9%
Velocity Distribution
9%
Velocity Profile
9%
Shear Stress
9%
Flow Field
8%
Friction
7%
Theoretical Analysis
6%
Numerical Analysis
6%
Minor
6%
Decrease
6%
Internal
5%
Range of data
4%
Chemical Compounds
Injector
80%
Pressure
37%
Liquid
35%
Spreading
34%
Velocity
18%
Pressure Drop
13%
Shear Stress
12%
Nozzle
12%
Liquid Film
10%
Wave
10%
Force
7%
Shape
7%
Length
6%
Modification
6%
Surface
3%
Physics & Astronomy
injectors
66%
liquids
34%
velocity distribution
11%
pressure drop
7%
pressure distribution
7%
nozzles
6%
numerical analysis
6%
shear stress
6%
friction
6%
film thickness
5%
vapor phases
5%
gases
3%
Engineering & Materials Science
Liquids
43%
Liquid films
23%
Gases
10%
Velocity distribution
10%
Film thickness
9%
Pressure distribution
8%
Shear stress
8%
Pressure drop
8%
Nozzles
7%
Numerical analysis
7%
Friction
6%