Engineering
Mixing Layer
100%
Direct Numerical Simulation
95%
Computer Simulation
70%
Ignition
69%
Shear Flow
66%
Reynolds' Number
63%
Energy Engineering
60%
Actuation
57%
Two Dimensional
53%
Hydrodynamics
47%
Shear Layer
44%
Large Eddy Simulation
43%
Mach Number
42%
Dielectrics
42%
Erythrocyte
37%
Fluid Viscosity
33%
Flow Equation
33%
Acoustic Field
33%
Navier-Stokes Equation
33%
Vorticity
32%
Flow Condition
32%
Sound Field
29%
Ion Implantation
29%
Acoustic Mode
26%
Energetics
25%
Noise Source
24%
Engineering
23%
Axisymmetric
23%
Streamwise
22%
Diffusion Flame
22%
Viscous Flow
22%
Global Mode
21%
Compressible Flow
21%
Vortex
21%
Discretization
21%
Computational Cost
21%
Nonequilibrium
20%
Lighthill
20%
Flow Field
20%
Turbulent Flow
19%
High Reynolds Number
19%
Simulation Model
19%
Focused Ion Beam
18%
Flow Turbulence
18%
Sound Generation
18%
Experimental Observation
18%
Simulation Tool
18%
Nanometre
18%
Body Force
18%
Convective
17%
Keyphrases
Direct numerical Simulation
87%
Mixing Layer
76%
Jet Noise
61%
Free Shear Flow
58%
Ignition
54%
Reynolds number
52%
Laser-induced Breakdown
51%
Turbulence
50%
Two Dimensional
44%
Turbulent Jet
44%
Molecular Dynamics Simulation
43%
Nozzle
41%
Numerical Simulation
38%
Shock
38%
Noise Reduction
38%
Actuator
37%
Red Blood Cells
35%
Adjoint-based Optimization
35%
Flow Equation
33%
Actuation
33%
High-speed Jet
32%
Dielectric Barrier Discharge
30%
Shear Layer
30%
Sound Field
29%
Mean Flow
29%
Large Eddy Simulation
28%
Acoustic Field
28%
Atomistic Simulation
27%
Aeroacoustics
27%
Streamwise
26%
Combustion
26%
Ion Bombardment
26%
Near-field
26%
Low Reynolds number
24%
Lighthill
24%
Acoustic Mode
23%
Focused Ion Beam
23%
Mach number
23%
Ejection
23%
Flow Noise
22%
Blood Cells
22%
Acoustics
21%
Plasma-assisted Combustion
21%
Shock Wave Lithotripsy
21%
Turbulent Flow
21%
Microvessels
21%
Flow Condition
20%
Non-equilibrium Plasma
20%
Navier-Stokes Equations
20%
Flow Field
20%