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Bo Kong
Associate Professor
Chemical Engineering
h-index
791
Citations
18
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2003
2023
Research activity per year
Overview
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Research output
(60)
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Dive into the research topics where Bo Kong 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
3D printers
16%
Algae
12%
Atomization
50%
Biomass
36%
Bioreactors
15%
Biotechnology
10%
Channel flow
20%
Chemical reactors
16%
Computational fluid dynamics
31%
Computer simulation
15%
Flow of gases
12%
Flow patterns
17%
Fluidized beds
11%
Fluids
45%
Fluxes
14%
Gas dynamics
10%
Gases
62%
Growth kinetics
12%
Helium
12%
Hydrodynamics
16%
Kinetic theory
12%
Large eddy simulation
38%
Liquid metals
20%
Liquids
43%
Mass transfer
31%
Method of moments
25%
Microorganisms
16%
Momentum
12%
Nanorods
12%
Oxygen
15%
Particle size analysis
14%
Photobioreactors
81%
Powder metals
12%
Powders
13%
Probability density function
13%
Radiation
15%
Refrigeration
30%
Refrigerators
30%
Reynolds number
18%
Shear flow
11%
Statistics
19%
Steam cracking
13%
Temperature
15%
Thermoacoustic engines
13%
Turbulence
64%
Turbulent flow
41%
Velocity measurement
19%
Volume fraction
12%
Vortex flow
61%
Zoning
11%
Chemical Compounds
Additive
11%
Alkene
9%
Bioreactors
14%
Bubble
28%
Chemical Reactor
6%
Cryogenics
9%
Culture Media
9%
Cylinder
17%
Drag Coefficient
7%
Energy
7%
Flow
97%
Fluidized Bed
10%
Force
11%
Gas
43%
Heat
13%
Heat Transfer
8%
Hydrodynamics
16%
Jet
28%
Kinematics
11%
Kinetic Energy
6%
Kinetic Theory
12%
Lagrangian
21%
Length
11%
Liquid
19%
Mass Transfer
29%
Metal
8%
Modification
7%
Momentum
14%
Nanorod
7%
Nanotube
6%
Nozzle
15%
Particle Size Distribution
14%
Photobioreactors
88%
Process Dynamics
10%
Pump
8%
Reduction
11%
Resonance
6%
Reynolds Number
34%
Schmidt Number
13%
Shape
9%
Shear Stress
11%
Simulation
100%
Size Distribution
17%
Spray Atomizer
12%
Steam Cracking
13%
Time
8%
Turbulence
74%
Valve
18%
Velocity
41%
Weber Number
10%
Physics & Astronomy
bubbles
7%
coolers
9%
cooling
6%
cryogenic temperature
6%
cryogenics
8%
engines
5%
gas atomization
38%
gas dynamics
9%
gas flow
8%
gases
15%
heat flux
5%
heat sources
9%
jackets
5%
kinematics
7%
liquid metals
6%
liquids
9%
manufacturing
14%
mass transfer
8%
moments
10%
nanoparticles
5%
nozzles
7%
orifices
9%
particle size distribution
7%
performance
5%
precooling
14%
pulses
12%
pumps
6%
quadratures
9%
reactors
6%
refrigerators
29%
simulation
5%
sprayers
11%
temperature
5%
temperature distribution
5%
tubes
22%
two fluid models
8%
vapor phases
7%
vortices
12%