This paper reviews the evolution of planetary boundary layer (PBL) parameterization
schemes that have been used in the operational version of the Hurricane Weather Research …

As the size of offshore wind turbines increases, a realistic representation of the
spatiotemporal distribution of the incident wind field becomes crucial for modeling the …

To meet the Biden-Harris administration's goal of deploying 30 GW of offshore wind power
by 2030 and 110 GW by 2050, expansion of wind energy into US territorial waters prone to …

Aksoy, A., SD Aberson, T. Vukicevic, KJ Sellwood, S. Lorsolo, and X. Zhang, 2013:
Assimilation of high-resolution tropical cyclone observations with an ensemble Kalman filter …

Boundary layer turbulent processes affect tropical cyclone (TC) structure and intensity
change. However, uncertainties in the parameterization of the planetary boundary layer …

Hurricanes are highly complex geophysical flows that have caused billions of dollars in
damage in recent years. Despite the significance of these extreme weather events, the …

Rotation in hurricane flows can significantly impact the dynamics and structure of the
turbulent boundary layer. Despite this unique feature of hurricane boundary layers, the …

Offshore wind energy development is underway in the US, with proposed sites located in
hurricane‐prone regions. Turbine design criteria outlined by the International …

Offshore wind energy deployment in the US is expected to increase in the years to come,
with proposed wind farm sites located in regions with high risk for tropical cyclones. Yet, the …

In light of spatiotemporal variations in a typhoon wind speed field, this paper proposes a
multi-stage analysis framework for typhoon-induced wind effects on offshore wind turbines …