# Fingerprint Dive into the research topics where Hiromichi Kobayashi 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

Large eddy simulation

Magnetohydrodynamics

Turbulence

Liquid metals

Channel flow

Boilers

Ducts

Gas generators

Air

Magnetic flux

Computer simulation

Magnetic fields

Gasification

Magnetohydrodynamic power generation

Lorentz force

Plasmas

Model structures

Temperature

Coal

Vortex flow

Viscosity

Ionization

Reynolds number

Turbulent flow

Tensors

Direct numerical simulation

Eddy currents

Gases

Power generation

Inert gases

Boundary layers

Skin friction

Fluids

Subsonic flow

Natural gas

Friction

Wall flow

Dynamic models

Pistons

Magnetohydrodynamic converters

Demonstrations

Aspect ratio

Acoustic properties

Calorific value

Heat transfer

Probability density function

Seed

Gravity waves

Fuel burners

Supersonic flow

### Physics & Astronomy

#### General

large eddy simulation

scale models

channel flow

generators

dynamic models

simulation

counterflow

boundary layers

vortices

anticyclones

burners

closed cycles

two fluid models

eggs

seeds

nonuniformity

#### Chemistry and Materials

high temperature air

rare gases

liquid metals

shallow water

#### Engineering

magnetohydrodynamic generators

ducts

boilers

electric generators

ionization

plasma generators

gasification

Reynolds stress

#### Aerospace Sciences

homogeneous turbulence

magnetohydrodynamics

turbulence

coal

magnetic fields

isotropic turbulence

cyclones

Venus (planet)

#### Aeronautics

turbulent flow

#### Physics

magnetic flux

flux density

velocity distribution

eddy viscosity

superrotation

viscosity

nonequilibrium plasmas

friction

nonuniform plasmas

gravity waves

#### Mathematical and Computer Sciences

Hartmann number

tensors

Reynolds number

### Chemical Compounds

Large eddy simulation

Channel flow

Turbulence

Ducts

Viscosity

Magnetohydrodynamics

Magnetic fields

Model structures

Dynamic models

Tensors

Lorentz force

Reynolds number

Liquid metals

Skin friction

Magnetic flux

Fuel burners

Energy transfer

Boilers

Eddy currents

Friction