Keyphrases
Proper Orthogonal Decomposition
100%
Actuator
82%
Vortex
77%
Numerical Investigation
68%
Active Flow Control
58%
Flow Field
54%
Kriging
50%
Temperature Field
46%
Grooved Channel
45%
Low-rank Model
44%
Backward-facing Step
43%
Vertical Channel
43%
Hermetic Reciprocating Compressor
42%
Heat Transfer
41%
Flow Transferring
41%
Full Model
37%
Reynolds number
37%
Eigenfunctions
36%
Crankshaft
35%
Low-dimensional Models
35%
Dynamical Model
32%
Jet Flow
30%
Spectral Element Method
29%
Empirical Eigenfunctions
29%
Lubrication System
29%
Eigenmodes
29%
Mass Flow Rate
28%
Numerical Solution
27%
Buoyancy-driven Flow
26%
Numerical Simulation
26%
Velocity Field
26%
Suction
26%
Grashof number
26%
Self-oscillation
24%
Cross-flow
24%
Series Expansion
24%
Truncated Series
22%
Zero-net-mass-flux
22%
Twin Jets
21%
Discrete Heaters
21%
Spatial Resolution Enhancement
21%
Mixed Convection
21%
Coherent Structures
20%
Partial Differential Equations
20%
Simulated Annealing
20%
Kriging Interpolation
20%
Boundary Layer
19%
Wiper Blade
19%
Decomposition Method
19%
Governing Equation
19%
Engineering
Proper Orthogonal Decomposition
96%
Vortex
91%
Eigenvector
66%
Flow Distribution
64%
Reciprocating Compressors
52%
Temperature Distribution
50%
Boundary Layer
48%
Facing Step
43%
Boundary Condition
43%
Reynolds' Number
41%
Numerical Solution
38%
Crankshaft
37%
Heat Sources
36%
Mass Flowrate
35%
Dimensional Model
34%
Grashof Number
32%
Computational Fluid Dynamics
32%
Experimental Investigation
32%
Convective
31%
Basis Function
30%
Element Method
30%
Lubrication System
29%
Convective Flow
29%
Numerical Study
28%
Computer Simulation
27%
Mass Transfer
26%
Sustained Oscillation
24%
Eigenmode
24%
Coherent Structure
22%
Particle Image Velocimetry
22%
Velocity Field
22%
Spatial Resolution
21%
Mixed Convection
21%
Design Parameter
20%
Partial Differential Equation
20%
Two Dimensional
19%
Driven Flow
19%
Flow Velocity
19%
Recirculation Zone
19%
Nusselt Number
18%
Energetics
18%
Prandtl Number
18%
Oscillatory
17%
Air Flow
17%
Aspect Ratio
16%
Flow Separation
16%
Design Condition
16%
Flow Rate
15%
Channel Flow
15%
Unsteady Flow
14%