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Vortex ring models
Ionut Danaila
, F. Kaplanski
, Sergei Sazhin
School of Arch, Tech and Eng
Advanced Engineering Centre
Research output
:
Book/Report
›
Book - authored
›
peer-review
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Keyphrases
Vortex Ring
100%
Vortex Ring Models
100%
Internal Combustion Engine
33%
Physical Science
33%
Translational Velocity
33%
Engineering Science
33%
Vortex Core
33%
Vortex Model
33%
Ring-like Structures
33%
Direct numerical Simulation
33%
Viscous Vortex Ring
33%
Phase Vortices
33%
Systematic Comparison
33%
Closed Formula
33%
Formation number
33%
Viscous Effects
33%
Analytical Development
33%
Applied Mathematics
33%
Understanding Model
33%
Realistic Shape
33%
Practicing Engineers
33%
Inviscid Model
33%
Vorticity-stream Function
33%
Vortex Filament
33%
Engineering
Vortex
100%
Ring Model
100%
Internal Combustion Engine
14%
Engineering
14%
Stream Function ψ
14%
Vortex Filament
14%
Direct Numerical Simulation
14%
Vorticity
14%
Physics
Vortex Ring
100%
Vorticity
16%
Direct Numerical Simulation
16%
Vortex Filament
16%
Internal Combustion Engine
16%
Mathematics
Vortex Ring
100%
Physical Science
16%
Stream Function
16%
Applied Mathematics
16%