Keyphrases
17-4 PH Stainless Steel
23%
3D Model
53%
3D numerical Model
30%
3D numerical Study
40%
3D Replicas
40%
Activity Concentration
26%
Actuator Disc
80%
Actuator Line
33%
Actuator Line Method
53%
Atmospheric Flows
40%
Attica
40%
Bed Evolution
23%
Blockage Ratio
40%
Circulation Flow
40%
Clear Water
60%
Clear-water Condition
46%
Coastal Sediment Dynamics
40%
Computed Tomography
26%
Computed Tomography Data
40%
Computerized Tomography
26%
Current Reverse
40%
Cylindrical pier
40%
Debris
40%
Debris Impact
40%
Decaying Turbulence
40%
Detached Eddy Simulation
40%
Diamond-like
40%
Distribution Width
40%
DualSPHysics
40%
Dunes
40%
Error Assessment
40%
Estuary
30%
Flow Ratio
40%
Flow Separation
40%
Flow Simulation
26%
Fluid Dynamics
40%
Fluid Motion
40%
France
40%
Frictional Effects
26%
Gironde Estuary
40%
Glass Beads
26%
Greece
40%
Hybrid Turbulence Model
40%
Hydrodynamic Approach
40%
In Situ
40%
Interannual Change
40%
Large Eddy Simulation
36%
Live-bed
40%
Live-bed Condition
43%
Local Scour
40%
Low Pressure Injection Molding
40%
Mexico
40%
Multiple Vortices
40%
Narrow Channel
66%
Natural Radionuclides
40%
NavierStokes Equations
23%
Non-Newtonian Flow
40%
Numerical Investigation
40%
Numerical Results
64%
Numerical Simulation
40%
Optimal Distribution
40%
Orlan
40%
Poly(A)
23%
Pore-scale Modeling
40%
Porous Media
40%
Posters
40%
Powder Injection Molding
40%
Powder Shape
40%
Powder Size
40%
Radioanalytical Methods
40%
Replica Model
40%
Residual Circulation
40%
Reynolds-averaged Navier-Stokes Model
40%
Saline Intrusion
40%
Salt Marsh
40%
Scour Depth
23%
Scour Hole
23%
Secondary Flow
40%
Sediment Dynamics
40%
Sloping Bed
40%
Smoothed Particle Hydrodynamics
40%
Square Shape
40%
St. Lawrence Fluvial Estuary
40%
Stainless Steel Powder
23%
Tidal Asymmetry
40%
Tidal Junction
40%
Tornado
40%
Tsunami
40%
Turbulence
60%
Turbulence Inflow
40%
Turbulence Model
40%
Turbulent Field
26%
Turbulent Flow
23%
Vegetation Index
24%
Vertical pile
40%
Viscosity
40%
Wake Flow
40%
Wave Attenuation
40%
Wave Dissipation
40%
Wide Channels
66%
Engineering
Actuator
40%
Actuator Disc Method
16%
Actuator Disk
72%
Actuator Line Method
80%
Atmospheric Flow
40%
Binder System
21%
Blade Tip
16%
Boundary Friction
26%
Boundary Layer
15%
Clear Water Scour
20%
Coarse Mesh
20%
Coefficient of Friction
13%
Complex Shape
13%
Compressed Air Motors
21%
Computational Cost
20%
Computational Fluid Dynamics
60%
Computed Solution
20%
Contact Stiffness
40%
Contact Zone
20%
Coordinate System
20%
Critical Infrastructure
40%
Cylindrical Structure
40%
Data Volume
20%
Degree of Freedom
40%
Detached Eddy Simulation
35%
Diamond
40%
Direct Numerical Simulation
20%
Discretization
20%
Dynamic Model
20%
Experimental Measurement
13%
Experimental Observation
20%
Experimental Result
13%
Finite Volume Method
30%
Fitted Mesh
20%
Flow Behavior
13%
Flow Distribution
13%
Flow Dynamics
20%
Flow Front
13%
Flow Model
20%
Flow Regime
40%
Flow Reynolds Number
20%
Flow Separation
40%
Flow Simulation
33%
Flow Velocity
20%
Fluid Viscosity
53%
Free Flow
13%
Friction Factor
13%
Frictional Effect
26%
Glass Bead
40%
Homogeneous Turbulence
13%
Hydrodynamics
80%
Impact Force
40%
Influencing Factor
20%
Injection Moulding
80%
Injection Moulding Process
13%
Injection Rate
13%
Irregular Shape
20%
Local Scour
40%
Measuring Device
20%
Model House
20%
Momentum Equation
13%
Narrow Channel
100%
Newtonian Flow
40%
Numerical Method
20%
Numerical Model
40%
Numerical Solution
13%
Numerical Stability
40%
Numerical Study
40%
Pore-Scale Simulation
40%
Porosity
33%
Powder Injection
80%
Pressure Drop
20%
Processing Time
16%
Quality Cost
20%
Relative Difference
13%
Relative Speed
40%
Relative Velocity
40%
Reynolds-Averaged Navier-Stokes
40%
Rock Sample
20%
Rotors
48%
Scour Depth
30%
Side Wall
20%
Simplifies
15%
Simulation Model
35%
Single Degree
40%
Solid Contact
20%
Specific Heat Capacity
16%
Stainless Steel
21%
Stiffness Model
40%
Stokes Number
40%
Surface Modeling
20%
Surface Processing
20%
Turbulent Flow
50%
Turbulent Kinetic Energy
13%
Two Dimensional
20%
Velocity Field
13%
Vortex
48%
Wake Flow
40%
Wind Power
40%
Wind Tunnels
13%