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Laboratory-scale swash flows generated by a non-breaking solitary wave on a steep slope
P. Higuera,
P. L.F. Liu
, C. Lin, W. Y. Wong, M. J. Kao
水利及海洋工程學系
研究成果
:
Article
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同行評審
40
引文 斯高帕斯(Scopus)
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Physics & Astronomy
splashing
100%
solitary waves
56%
slopes
52%
shorelines
46%
shear stress
38%
hydraulics
29%
backwash
27%
boundary layers
24%
supercritical flow
21%
vortices
20%
transition flow
19%
flow separation
18%
vortex shedding
17%
stress analysis
16%
computational fluid dynamics
16%
simulation
16%
particle image velocimetry
14%
pressure gradients
14%
pressure distribution
13%
flow velocity
11%
velocity distribution
10%
high speed
10%
shift
8%
profiles
7%
Mathematics
Solitary Waves
76%
Slope
66%
Shear Stress
53%
Experiment
31%
Vortex
29%
Boundary Layer
25%
Jump
23%
Surface Profile
21%
Numerical Simulation
21%
Dynamic Simulation
20%
Stress Analysis
18%
Computational Fluid Dynamics
18%
Pressure Gradient
17%
High Speed
17%
Flow Field
16%
Data Model
15%
Free Surface
15%
Velocity Field
14%
Discrepancy
13%
Entire
11%
Numerical Solution
9%
Numerical Results
9%
Observation
9%
Engineering & Materials Science
Solitons
98%
Hydraulic jump
46%
Shear stress
38%
Boundary layers
26%
Vortex flow
24%
Computer simulation
22%
Transition flow
19%
Vortex shedding
16%
Flow separation
16%
Pressure gradient
15%
Experiments
14%
Velocity measurement
14%
Flow velocity
14%
Stress analysis
14%
Numerical models
11%
Computational fluid dynamics
10%