# Fingerprint Dive into the research topics where Marcus Herrmann 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

Atomization

Liquids

Phase interfaces

Surface tension

Large eddy simulation

Computer simulation

Direct numerical simulation

Combustors

Fluids

Drop breakup

Numerical models

Fluxes

Geometry

Porous materials

Air

Two phase flow

Propane

Advection

Flow of fluids

Reynolds number

Physics

Atomizers

Gases

Liquid fuels

Engines

Methane

Vortex flow

Navier Stokes equations

Numerical methods

Petroleum pipelines

Hemodynamics

Phase transitions

Gas turbines

Geologic models

Ligaments

Computational fluid dynamics

Flow simulation

Finite volume method

Swirling flow

Momentum

Stratigraphy

Jet engines

Stents

Compressible flow

Pipe flow

Waxes

Single crystals

Microchannels

Turbulence

Liquid metals

### Physics & Astronomy

#### Engineering

atomizing

air jets

modules

#### General

simulation

fluids

grids

bubbles

turbulent flames

spikes

two phase flow

fluid flow

sprayers

multiphase flow

reversed flow

combustion chambers

flames

vortex sheets

compressible fluids

diffusion flames

microchannels

turbulent combustion

curvature

single crystals

scalars

large eddy simulation

swirling

#### Chemistry and Materials

interfacial tension

liquids

liquid metals

propane

air

methane

#### Physics

momentum

oscillations

flame propagation

#### Mathematical and Computer Sciences

Reynolds number

finite volume method

perturbation theory

#### Aeronautics

laminar flow

#### Aerospace Sciences

supernovae

### Chemical Compounds

Atomization

Phase interfaces

Liquids

Surface tension

Gases

Numerical models

Computer simulation

Reynolds number

Propane

Fluxes

Stents

Methane

Hemodynamics

Single crystals

Air

Microchannels

Liquid metals

Laminar flow

Oxides

Large eddy simulation

Energy efficiency

Porous materials

Structural properties

Turbulence

Brain

Numerical methods

Magnetic properties

Skin

Engines

Laplace equation

Visualization