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Flow regimes in the evolution of a hot buoyant vortex dipole
V. Praveen Kumar
, Kanak Agarwal
, A. Sameen
*
,
I. V. Thara Reshma
*
Corresponding author for this work
Research output
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peer-review
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Engineering
Flow Regime
100%
Thermal Diffusion
100%
Computational Domain
50%
Energy Dissipation
50%
Dimensional Form
50%
Boussinesq's Hypothesis
50%
Critical Role
50%
Characteristic Feature
50%
Buoyancy Effect
50%
Thermal Gradient
50%
Temperature Gradients
50%
Coherent Structure
50%
Surrounding Fluid
50%
INIS
dipoles
100%
vortices
100%
diffusion
57%
buoyancy
42%
thermal diffusion
28%
interactions
14%
topology
14%
equations
14%
classification
14%
approximations
14%
periodicity
14%
dynamics
14%
simulation
14%
mixing
14%
fluids
14%
capture
14%
physics
14%
turbulence
14%
streets
14%
scalars
14%
energy dissipation
14%
temperature gradients
14%
Physics
Thermal Diffusion
100%
Physics
50%
Temperature Gradients
50%