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Shuai Wang
Associate Research Scholar
Princeton Univeristy/NOAA-GFDL
Welcome
Shuai Wang is an Associate Research Scholar working on atmospheric physics and fully-coupled climate modeling at Princeton University and NOAA-GFDL. Shuai completed his PhD on Atmospheric Physics at Imperial College London, UK. Before his current position, he was a postdoctoral research associate at Princeton (Department of Civil and Environmental Engineering) and Imperial College London (Department of Physics), and a joint Research Follow at SOAS University of London (School of Finance and Management).
Download my resumé.
Interests
- Climate Modeling
- Tropical Cyclone
- Extreme Weather
- Climate Service
Education
-
PhD in Atmospheric Physics, 2017
Imperial College London
-
MSc in Meteorology, 2013
Ocean University of China
-
BSc in Atmospheric Science, 2011
Ocean University of China
Experience
Associate Research Scholar
Princeton University/NOAA-GFDL
Main foci:
- Climate modeling
- Tropical cyclones
Postdocteral Research Associate
Princeton University
Main foci:
- Storm Surge
- Risk analysis
Postdocteral Research Associate
Imperial College London
Main foci:
- Tropical Cyclone
- Numerical Modeling
- Climate Service
Research Fellow (joint appointment)
University of London
Main foci:
- Climate Change Mitigation & Adaptation
- Environmental Management
Grants
Postdoctoral and Visiting Research Scientist Program (Fellowship)
- Year: 2022-2024
- Granting Agency: Princeton University/NOAA-GFDL
- Proposal Topic: Tropical cyclone activity and climate change
- Role: PI
Southeast Asia Climate Risk Scenarios Research
- Year: 2021-2022
- Granting Agency: the Monetary Authority of Singapore
- Proposal Topic: Downscaling of physical risks for climate scenario design
- Role: Co-I
Dragon 5 Cooperation
- Year: 2020-2022
- Granting Agency: European Space Agency
- Proposal Topic: Big data intelligent mining and coupling analysis of eddy and cyclone
- Role: PI
Featured Publications
Publications
Quickly discover relevant content by filtering publications.
(2022).
An analytic model of the tropical cyclone outer size.
npj Climate and Atmospheric Science.
(2022).
Analyzing Relationships Between Tropical Cyclone Intensity and Rain Rate over the Ocean Using Numerical Simulations.
Journal of Climate.
(2022).
Rapid growth of outer size of tropical cyclones A new perspective on their destructive potential.
Geophysical Research Letters.
(2022).
On the intensity decay of tropical cyclones before landfall.
Scientific Reports.
(2022).
Compound flood impact of water level and rainfall during tropical cyclone period in a coastal city: The case of Shanghai.
Natural Hazards and Earth System Sciences Discussions.
(2022).
Investigation of Tropical Cyclone Wind Models With Application to Storm Tide Simulations.
Journal of Geophysical Research: Atmospheres.
(2022).
More tropical cyclones are striking coasts with major intensities at landfall.
Scientific Reports.
(2022).
Response Process of Coastal Hypoxia to a Passing Typhoon in the East China Sea.
Frontiers in Marine Science.
(2021).
Recent tropical cyclone changes inferred from ocean surface temperature cold wakes.
Scientific Reports.
(2021).
Is the tropical cyclone surge in Shanghai more sensitive to landfall location or intensity change?.
Atmospheric Science Letters.
(2021).
An integrated framework of coastal flood modelling under the failures of sea dikes: a case study in Shanghai.
Natural Hazards.
(2020).
A Shortening of the Life Cycle of Major Tropical Cyclones.
Geophysical Research Letters.
(2020).
Long Memory Impact of Ocean Mesoscale Temperature Anomalies on Tropical Cyclone Size.
Geophysical Research Letters.
(2019).
Aircraft Observations of Tropical Cyclone Boundary Layer Turbulence over the South China Sea.
Journal of the Atmospheric Sciences.
(2019).
Impact of Dry Midlevel Air on the Tropical Cyclone Outer Circulation.
Journal of the Atmospheric Sciences.
(2018).
Impact of wave whitecapping on land falling tropical cyclones.
Scientific Reports.
(2018).
Reduced Sensitivity of Tropical Cyclone Intensity and Size to Sea Surface Temperature in a Radiative-Convective Equilibrium Environment.
Advances in Atmospheric Sciences.
(2018).
A historical analysis of the mature stage of tropical cyclones.
International Journal of Climatology.
(2017).
Structure analyses of the explosive extratropical cyclone: A case study over the Northwestern Pacific in March 2007.
Oceanic and Coastal Sea Research.
(2016).
On the relationship between hurricane cost and the integrated wind profile.
Environmental Research Letters.
(2015).
An analytic model of tropical cyclone wind profiles.
Quarterly Journal of the Royal Meteorological Society.
(2012).
The Formation Mechanism of a Spring Sea Fog Event over the Yellow Sea Associated with a Low-Level Jet.
Weather and Forecasting.
(2012).
Comparison study between observation and simulation for sea fog over the Yellow Sea in May 2009.
Oceanic and Coastal Sea Research.
Contact
- shuai.wang@princeton.edu
- +1 (202) 677-9556
- Princeton University Forrestal Campus, 201 Forrestal Road, Princeton, NJ 08540