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Ann Lee
Dr
Senior Lecturer
,
School of Engineering
https://orcid.org/0000-0003-4300-9032
Phone
+61 2 9850 9069
Email
ann.lee
mq.edu
au
h-index
749
Citations
17
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2010
2024
Research activity per year
Overview
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Research Outputs
(56)
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(6)
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Dive into the research topics where Ann Lee is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Engineering & Materials Science
Microchannels
93%
Heat transfer
88%
Phase change materials
66%
Heat sinks
62%
Cooling
41%
Nanoparticles
37%
Actuators
32%
Hot Temperature
32%
Water
29%
Temperature
28%
Energy storage
26%
Computational fluid dynamics
25%
Pulse code modulation
23%
Silicon wafers
21%
Thermal energy
20%
Temperature control
19%
Aluminum oxide
18%
Flow rate
18%
Flow structure
16%
Tubes (components)
15%
Pressure drop
15%
Orifices
14%
Crushing
14%
Energy absorption
14%
Membranes
14%
Composite structures
13%
Silicon
13%
Latent heat
12%
Flow of fluids
12%
Nozzles
11%
Cooling systems
11%
Substrates
11%
Melting point
10%
Thermal conductivity
10%
Magnetic nanoparticles
10%
Electromechanical devices
9%
Diaphragms
9%
Machine learning
9%
Photovoltaic cells
9%
Fluids
9%
Forced convection
9%
Electronic cooling
9%
Alumina
9%
Heat transfer performance
9%
Magnetic fluids
9%
Accreditation
8%
Water heaters
8%
Reynolds number
8%
Physics & Astronomy
heat transfer
66%
microchannels
52%
heat sinks
39%
actuators
21%
augmentation
20%
nanoparticles
19%
computational fluid dynamics
18%
phase change materials
18%
machine learning
17%
cooling
16%
water
16%
pressure drop
15%
actuation
14%
performance
14%
heat storage
13%
recovery
10%
tube heat exchangers
10%
electromechanical devices
9%
fluid flow
9%
fins
9%
heat pumps
9%
jet impingement
9%
configurations
9%
energy storage
9%
membranes
9%
regression analysis
9%
electrochemical capacitors
8%
dampers
8%
refrigerants
8%
ferrofluids
8%
heat exchangers
7%
propane
7%
composite structures
7%
energy absorption
7%
silicon
7%
orifices
7%
cross flow
7%
dynamic models
7%
layouts
7%
heaters
6%
wafers
5%
exergy
5%
crushing
5%
inserts
5%
melting
5%
optimization
5%
heat transfer coefficients
5%
Chemistry
Jet
100%
Heat Transfer
85%
Phase Change Material
40%
Cooling
38%
Flow
33%
Heat
19%
Fluid Dynamics
19%
Nanoparticle
14%
Flow Kinetics
13%
Velocity
13%
Energy Storage
12%
Reynolds Number
12%
Simulation
10%
Nozzle
10%
Pressure Drop
10%
Refrigerant
9%
Ferrofluid
9%
Heat Exchanger
9%
Volume
9%
Abrasive
8%
Shape
7%
Thermal Conductivity
7%
Melting
6%
Exergy
6%
Propane
6%
Magnetic Field
6%
Time
5%
Solidification
5%
Energy
5%
Magnetic Nanoparticle
5%
Pressure
5%
