Home
About Us
FAQ
Contact Us
Media Tools
ExpertConnect App
MyExpertNet
University Partners
Becoming a Partner
Key Organizations
Search Assistance
Help
Expert Profile
Share
QR code
Edit Profile
Jun Zhang
COOP INST FOR MARINE AND ATMOS STUDIES | RSMAS
View:
Select
All (all in one)
Research Terms and Keywords
Publications
Stories
Websites
Contact
All
Research
Publications
Stories
Websites
Contact
Research Terms & Keywords
Research Terms
Marine Geophysics
Research Projects
Ends
Title
08-2025
3D turbulence for HAFS
3D turbulence for HAFS
National Oceanic Atmospheric Administration (NOAA)
08-2025
Coupled DA for HAFS
Coupled DA for HAFS
National Oceanic Atmospheric Administration (NOAA)
08-2025
TC energy and intensification
TC energy and intensification
National Science Foundation (NSF)
08-2025
TC energy and intensification
TC energy and intensification
National Science Foundation (NSF)
07-2025
TC forecaster support
TC forecaster support
National Oceanic Atmospheric Administration (NOAA)
09-2024
Targeted Aircraft-Based Msments (Shell FP7884Rev3
Targeted Aircraft-Based Msments (Shell FP7884Rev3
National Oceanic Atmospheric Administration (NOAA)
07-2024
Saildrones Hurricane
Saildrones Hurricane
National Oceanic Atmospheric Administration
07-2024
Saildrones Hurricane
Saildrones Hurricane
National Oceanic Atmospheric Administration (NOAA)
07-2024
Saildrones Hurricane
Saildrones Hurricane
National Oceanic Atmospheric Administration (NOAA)
07-2024
sUAS for TC Prediction
sUAS for TC Prediction
National Oceanic Atmospheric Administration (NOAA)
07-2024
sUAS for TC Prediction
sUAS for TC Prediction
National Oceanic Atmospheric Administration
07-2024
sUAS for TC Prediction
sUAS for TC Prediction
National Oceanic Atmospheric Administration (NOAA)
06-2023
Accelerate development of operational capability for multiple high resolution moving nests
Accelerate development of operational capability for multiple high resolution moving nests
National Oceanic Atmospheric Administration
06-2023
Accelerate development of operational capability for multiple high resolution moving nests
Accelerate development of operational capability for multiple high resolution moving nests
National Oceanic Atmospheric Administration (NOAA)
06-2023
Accelerate development of operational capability for multiple high resolution moving nests
Accelerate development of operational capability for multiple high resolution moving nests
National Oceanic Atmospheric Administration (NOAA)
03-2021
Collaborative Research: EAGER: Effects of Eddy Forcing Induced by Eyewall and Rainband Convection on Tropical Cyclone Rapid Intensification
Collaborative Research: EAGER: Effects of Eddy Forcing Induced by Eyewall and Rainband Convection on Tropical Cyclone Rapid Intensification
National Science Foundation (NSF)
03-2021
Collaborative Research: EAGER: Effects of Eddy Forcing Induced by Eyewall and Rainband Convection on Tropical Cyclone Rapid Intensification
Collaborative Research: EAGER: Effects of Eddy Forcing Induced by Eyewall and Rainband Convection on Tropical Cyclone Rapid Intensification
National Science Foundation (NSF)
07-2018
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
National Oceanic Atmospheric Administration (NOAA)
07-2018
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
NATL OCEANIC ATMOSPHERIC ADMN
07-2018
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
National Oceanic Atmospheric Administration
07-2018
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
ADDRESSING DEFICIENCIES IN FORECASTING TROPICAL CYCLONE RAPI
National Oceanic Atmospheric Administration (NOAA)
07-2018
Calculating Tropical Cyclone Inflow and Boundary Layer Processes from Ocean Vector Wind Remote Sensors
Calculating Tropical Cyclone Inflow and Boundary Layer Processes from Ocean Vector Wind Remote Sensors
UNIV OF WASHINGTON
07-2016
UNDERSTANDING THE IMPACT OF SUB-GRID SCALE PHYSICS IN HWRF ON THE PREDICTED INNER-CORE STR
UNDERSTANDING THE IMPACT OF SUB-GRID SCALE PHYSICS IN HWRF ON THE PREDICTED INNER-CORE STR
FL INTERNATIONAL UNIV
Publications
OpenAlex
Search Engines
No records were found when searching publication data for this expert. See our
OpenAlex FAQ
for more about this data.
Search Google Scholar for Jun Zhang
OpenAlex Works Search
Stories
Sending Drones into the Heart of the Hurricane
#StormCenter
Sending Drones into the Heart of the Hurricane
#StormCenter
Websites
OpenAlex Works Search
Search Google Scholar for Jun Zhang
Contact Information
jun.zhang@miami.edu
+1 (305) 3614557
Profile QR code
What is this?
Keyword Search
Please enter valid search criteria.
Search
Centers
Experts
Projects
Speakers
Stories
Technologies
Videos
University
All Universities
Florida A&M University
Florida Atlantic University
Florida Gulf Coast University
Florida Institute of Technology
Florida International University
Florida State University
University of Central Florida
University of Florida
University of Miami
University of North Florida
University of South Florida
University of West Florida
Browse by STEM
Biotechnology
Computer Science
Energy
Engineering
Environmental Sciences
Information Science
Life Sciences
Mathematics
Medical Sciences
Military Sciences
Natural Sciences
Physical Sciences
Plant Sciences
Science
Space Sciences
Technology
Transportation
