# Fingerprint Dive into the research topics where Tongming Zhou 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

Vortex flow

Circular cylinders

Reynolds number

Vorticity

Vortex shedding

Wire

Turbulence

Steady flow

Shear stress

Hydrodynamics

Energy dissipation

Velocity measurement

Flow fields

Drag

Fluids

Grafts

Channel flow

Direct numerical simulation

Derivatives

Liquid sloshing

Computer simulation

Strouhal number

Pumps

Drag coefficient

Blood

Flow visualization

Momentum

Boundary layers

Water

Porosity

Shear flow

Flow rate

Flow structure

Temperature

Navier Stokes equations

Hemodynamics

Pulsatile flow

Oscillating flow

Heat transfer

Higher order statistics

Wall flow

Finite element method

Geometry

Oscillating cylinders

Liquefied natural gas

Barges

Experiments

Energy harvesting

Stress concentration

Surface active agents

### Physics & Astronomy

#### Aeronautics

wakes

near wakes

aerodynamic interference

#### Mathematical and Computer Sciences

vorticity

Reynolds number

statistics

#### General

energy dissipation

isotropy

vortices

circular cylinders

microbalances

grids

probes

steady flow

scaling

dissipation

channel flow

exponents

simulation

intermittency

sleeves

bluff bodies

decay

energy budgets

inclination

augmentation

bypasses

proximity

configurations

surfactants

stagnation point

#### Chemistry and Materials

wire

#### Aerospace Sciences

turbulence

homogeneous turbulence

isotropic turbulence

#### Physics

flow characteristics

drag

temperature

heat transfer

momentum

heat

three dimensional flow

velocity distribution

gradients

#### Engineering

vortex shedding

preserving

rollers

shear stress

#### Life Sciences

hemodynamics

arteries

### Chemical Compounds

Vortex flow

Vorticity

Wire

Reynolds number

Vortex shedding

Circular cylinders

Grafts

Shear stress

Steady flow

Pumps

Flow fields

Blood

Drag

Turbulence

Velocity measurement

Flow visualization

Heat transfer

Surface-Active Agents

Computer simulation

Higher order statistics

Porosity

Temperature

Derivatives

Flow rate

Flow measurement

Channel flow

Stress concentration

Energy dissipation

Geometry

Momentum

Hemodynamics