Yuqing Wang

Professor

University of Hawaii at Manoa

United States

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Dr. Yuqing Wang is a Professor at the University of Hawaii at Manoa, United States. His research primarily focuses on tropical cyclones, exploring topics such as secondary eyewall formation, long-term changes in intensification rates, and the impacts of volcanic eruptions on cyclone genesis. His recent publications include studies on the dynamics of hurricane behavior and the application of hybrid modeling frameworks to predict cyclone activity.

Articles (20)

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2025

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2022

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2022

Collaborators (1)

Jian‐Feng Gu

UNITED KINGDOM

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Yuqing Wang

Research Interests

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About

Articles (20)

The Role of Outflow‐Layer Inertial Stability in Governing the Radial Location of Secondary Eyewall Formation in Tropical Cyclones

Tropical volcanic eruptions enhance Pacific-driven global tropical cyclone genesis

The Wind‐Dependent Surface Drag Coefficient Contributes to the Secondary Eyewall Formation in Tropical Cyclones: A Case Study of Typhoon Gaemi (2024)

Quantifying drivers of long-term changes in tropical cyclone intensification rates over the North Atlantic using the EBDS model

A Numerical Study on Hurricane Patricia (2015). Part I: Control Simulation and the Roles of Surface and Boundary Layer Processes

Factors Affecting the Weakening Rate of Landfalling Tropical Cyclones Over China

The Roles of Moat Width and Outer Eyewall Contraction in Affecting the Timescale of Eyewall Replacement Cycle

On the Size Dependence in the Recent Time-Dependent Theory of Tropical Cyclone Intensification

A Hybrid Machine Learning/Physics‐Based Modeling Framework for 2‐Week Extended Prediction of Tropical Cyclones

Unveiling the Dominant Factors Controlling the Long‐Term Changes in Northwest Pacific Tropical Cyclone Intensification Rates

The Effect of Initial Vortex Asymmetric Structure on Tropical Cyclone Intensity Change in Response to an Imposed Environmental Vertical Wind Shear

Effects of Urban Expansion and Anthropogenic Heat Enhancement on Tropical Cyclone Precipitation in the Greater Bay Area of China

Is the Outflow-Layer Inertial Stability Crucial to the Energy Cycle and Development of Tropical Cyclones?

How Does Horizontal Diffusion Influence the Intensification and Maximum Intensity of Numerically Simulated Tropical Cyclones?

Consistent Pattern of Rainfall Asymmetry in Binary Tropical Cyclones

Effects of Sea Spray on the Simulated Tropical Cyclone Development: Dependence on Surface Drag Coefficient Parameterization

Some Refinements to the Most Recent Simple Time-Dependent Theory of Tropical Cyclone Intensification and Sensitivity

Relative Timing of the Ends of Hurricane Intensification and Contraction of the Radius of Maximum Wind in the North Atlantic and Eastern North Pacific

A Multiscale‐Model‐Based Near‐Term Prediction of Tropical Cyclone Genesis Frequency in the Northern Hemisphere

Characteristics and Controlling Factors of Rapid Weakening of Tropical Cyclones After Reaching Their Intensity Peaks Over the Western North Pacific

Collaborators (1)

Jian‐Feng Gu

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