# Fingerprint Dive into the research topics where Surya Pratap Vanka is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Engineering & Materials Science

Ducts

Flow of fluids

Turbulent flow

Reynolds number

Continuous casting

Large eddy simulation

Turbulence

Steel

Navier Stokes equations

Fluids

Nozzles

Direct numerical simulation

Flow fields

Magnetic fields

Turbulence models

Vortex flow

Heat transfer

Braking

Computational fluid dynamics

Unsteady flow

Momentum

Computer simulation

Secondary flow

Geometry

Chemical vapor deposition

Combustors

Flow patterns

Magnetohydrodynamics

Pipe

Gases

Pipe flow

Laminar flow

Jet fuel

Kinetic energy

Natural convection

Argon

Multiphase flow

Atmospheric pressure

Magnetic field effects

Program processors

Liquids

Aircraft landing

Buoyancy

Aspect ratio

Molten materials

Inlet flow

Die casting

Viscosity

Chemical reactions

Flow structure

### Chemical Compounds

Steel

Continuous casting

Large eddy simulation

Turbulent flow

Nozzles

Ducts

Flow of fluids

Reynolds number

Braking

Argon

Chemical vapor deposition

Molten materials

Heat transfer

Gases

Fluids

Multiphase flow

Flow patterns

Turbulence

Atmospheric pressure

Magnetic fields

Geometry

Carbon Nanotubes

Casting

Navier Stokes equations

Secondary flow

Computational fluid dynamics

Flow fields

Molds

Natural convection

Direct numerical simulation

Thin films

Buoyancy

Liquid metals

Water

Electromagnetic field effects

Diamond

Unsteady flow

Vorticity

Temperature

Pipe flow

Inlet flow

Viscosity

Liquids

Slags

Nanodiamonds

Drag

Mass transfer

Microfluidics

Flow separation

Steady flow

### Physics & Astronomy

#### Aeronautics

turbulent flow

secondary flow

unsteady flow

#### General

large eddy simulation

fluid flow

steels

nozzles

grids

braking

fluids

vapor deposition

simulation

electromagnetism

bubbles

free convection

turbulence models

geometry

reactors

entry

viscous flow

slabs

combustion chambers

dump combustors

continuity equation

incompressible flow

convection

buoyancy-driven flow

stagnation flow

cells

predictions

filaments

steady flow

#### Engineering

ducts

computational fluid dynamics

side inlets

#### Mathematical and Computer Sciences

Reynolds number

multigrid methods

direct numerical simulation

#### Physics

heat transfer

flow distribution

three dimensional flow

Navier-Stokes equation

viscosity

velocity distribution

atmospheric pressure

momentum

#### Aerospace Sciences

turbulence

magnetic fields

cavities

#### Chemistry and Materials

liquids