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Ping Zhu

EARTH AND ENVIRONMENT | COLLEGE OF ARTS, SCIENCES & EDUCATION

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08-2025

A Scale-Aware Three-Dimensional Sub-Grid Scale Turbulent Mixing Parameterization for Operational Numerical Weather Prediction Models A Scale-Aware Three-Dimensional Sub-Grid Scale Turbulent Mixing Parameterization for Operational Numerical Weather Prediction Models

National Oceanic and Atmospheric Admin

08-2025

Collaborative Research: Understanding Tropical Cyclone Energetics and Intensification in Environmental Vertical Wind Shear Collaborative Research: Understanding Tropical Cyclone Energetics and Intensification in Environmental Vertical Wind Shear

National Science Foundation

08-2022

Improving Sub-Grid Scale Parameterization and Microphysical-Dynamical Interaction in Operational Models for Accurate Prediction of Rapid Intensity Change of Tropical Cyclones Improving Sub-Grid Scale Parameterization and Microphysical-Dynamical Interaction in Operational Models for Accurate Prediction of Rapid Intensity Change of Tropical Cyclones

National Oceanic and Atmospheric Admin

03-2022

Collaborative Research: EAGER: Effect of Eddy Forcing Induced by Eyewall and Rainband Convection on Tropical Cyclone Rapid Intensification Collaborative Research: EAGER: Effect of Eddy Forcing Induced by Eyewall and Rainband Convection on Tropical Cyclone Rapid Intensification

National Science Foundation

08-2020

Improving HWRF's Ability to Predict Rapid Change in Tropical Cyclone Intensity Governed by Internal Physical Processes Improving HWRF's Ability to Predict Rapid Change in Tropical Cyclone Intensity Governed by Internal Physical Processes

National Oceanic and Atmospheric Admin

08-2018

National Oceanic and Atmospheric Admin

07-2018

Understanding the impact of sub-grid scale physics in HWRF on the predicted inner-core structure and intensity of tropical cyclones Understanding the impact of sub-grid scale physics in HWRF on the predicted inner-core structure and intensity of tropical cyclones

National Oceanic and Atmospheric Admin

06-2018

CARTHE II - Consortium for Advanced Research on Transport of Hydrocarbon in the Environment CARTHE II - Consortium for Advanced Research on Transport of Hydrocarbon in the Environment

University of Miami

07-2017

National Oceanic and Atmospheric Admin

12-2016

CARTHE II - Consortium for Advanced Research on Transport of Hydrocarbon in the Environment CARTHE II - Consortium for Advanced Research on Transport of Hydrocarbon in the Environment

University of Miami

12-2015

Dr. Zhu will perform large-eddy simulations (LESs) in a forecasting/hindcasting mode to explicitly resolve the air-sea transfer of oil/gas/aerosol into the atmosphere and horizontal and vertical transport of hydrocarbon in the atmospheric boundary layer Dr. Zhu will perform large-eddy simulations (LESs) in a forecasting/hindcasting mode to explicitly resolve the air-sea transfer of oil/gas/aerosol into the atmosphere and horizontal and vertical transport of hydrocarbon in the atmospheric boundary layer

University of Miami

09-2015

CAREER: Investigation and Parameterizion of Hurricane Boundary Layer Processes for Improving Hurricane Forecast and Mitigation CAREER: Investigation and Parameterizion of Hurricane Boundary Layer Processes for Improving Hurricane Forecast and Mitigation

National Science Foundation

12-2014

University of Miami

04-2014

Arm Observations for the Development and Evaluation of Models and Parameterization of Cloudy Boundary Layers Arm Observations for the Development and Evaluation of Models and Parameterization of Cloudy Boundary Layers

Office of Science

12-2011

Collaborative Research: From Fine-Scale Mixing to the Mesoscale: Assessing the Climatic Impact of Trade-Wind Cumulus with RICO Data and Modeling. Collaborative Research: From Fine-Scale Mixing to the Mesoscale: Assessing the Climatic Impact of Trade-Wind Cumulus with RICO Data and Modeling.

National Science Foundation

05-2010

The Florida Hurricane Alliance Research Program - Round 1. The Florida Hurricane Alliance Research Program - Round 1.

National Oceanic and Atmospheric Admin

05-2010

The Florida Hurricane Alliance Research Program - Round 1. The Florida Hurricane Alliance Research Program - Round 1.

National Oceanic and Atmospheric Admin

06-2009

Development of Innovative Modeling Systems for Hurricane Wind Damage Mitigation. Development of Innovative Modeling Systems for Hurricane Wind Damage Mitigation.

FIU Foundation

Publications

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"Research Overview of the Consortium for Advanced Research on Transport of Hydrocarbon in the Environment (CARTHE)"

2014 ▪ International Oil Spill Conference Proceedings

A.J. Mariano; A. Soloviev; Brian K. Haus; Gregg Jacobs; Tamay Özgökmen; William Dewar; Andrew C. Poje; Shuyi S. Chen; Francisco J. Beron-Vera; Darek Bogucki; Clint Dawson; Annalisa Griffa; Angelique C. Haza; Helga Huntley; Mohamed Iskandarani; Bert Jagers; A.D. Kirwan; Nathan Laxague; Bruce Lipphardt; Jamie MacMahan; Josefina Olascoaga; Guillaume Novelli; A.J.H.M. Reniers; Juan M. Restrepo; Brad Rosenheim; Edward H. Ryan; Conor Smith; Shankar Venkataramani; Ge-Cheng Zha; Ping Zhu;

https://openalex.org/W2022176139

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Contact Information

zhup@fiu.edu

Florida International University
11200 S.W. 8th Street
Miami, Florida 33199

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Ping Zhu

EARTH AND ENVIRONMENT | COLLEGE OF ARTS, SCIENCES & EDUCATION

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