INIS
dynamics
100%
jets
100%
impingement
100%
velocity
100%
investigations
100%
shear
100%
gases
100%
fluids
75%
air
62%
speed
50%
surfaces
37%
viscosity
37%
simulation
25%
mixing
25%
instability
25%
control
12%
streptococcus
12%
design
12%
sensitivity analysis
12%
zones
12%
caries
12%
tolerance
12%
pathogens
12%
elasticity
12%
fluidization
12%
applications
12%
testing
12%
two-phase flow
12%
matrices
12%
mechanics
12%
travelling waves
12%
bioreactors
12%
thickness
12%
surgery
12%
optimization
12%
interactions
12%
liquefaction
12%
antimicrobial agents
12%
ships
12%
interfacial tension
12%
computational fluid dynamics
12%
pipelines
12%
nozzles
12%
pressure drop
12%
cleaning
12%
drag
12%
turbulent flow
12%
experimental data
12%
surface tension
12%
elongation
12%
Engineering
High Velocity
100%
Experimental Investigation
100%
Disruptions
100%
Fluid
80%
Models
40%
Applied Force
40%
Mechanisms
40%
High Shear Rate
40%
Fluid Viscosity
40%
Shear Flow
20%
Mixing
20%
Hull Surface
20%
Shear Rate
20%
Hulls (Ship)
20%
Millisecond
20%
Potential Application
20%
Turbulent Flow
20%
Microenvironments
20%
Mechanical Force
20%
Computational Fluid Dynamics
20%
Instrument Testing
20%
Interfacial Tension
20%
Tension Force
20%
Travelling Wave
20%
Bioreactor
20%
Tension Surface
20%
Extreme Condition
20%
Fluid Property
20%
Control Strategy
20%
Complex Fluid
20%
Pipeline
20%
Air Velocity
20%
Nozzle Air
20%
Sensitivity Study
20%
Design
20%
Jet Velocity
20%
Interfacial Area
20%
Fits and Tolerances
20%
Internals
20%
Lower Viscosity
20%
Supports
20%
Material Science
Biofilms
100%
Gas Velocity
100%
Air
26%
Fluid
21%
Viscosity
15%
Velocity
10%
Nozzle
5%
Elasticity
5%
Pipeline
5%
Two Phase Flow
5%
Surface Tension
5%
Chemical Engineering
Biochemical Reactor
100%
Mixing
100%
Fluidization
100%