Over the past four years, significant research has advanced our understanding of how
external factors influence tropical cyclone (TC) intensity changes. Research on air-sea …

Tropical cyclones (TCs) pose significant threats to coastal regions, necessitating
advancements in mitigation and prevention strategies. Community resilience, as a …

The Princeton environment‐dependent probabilistic tropical cyclone (PepC) model is
developed for generating synthetic tropical cyclones (TCs) to support TC risk assessment …

Featured Application There are more and more large-span transmission projects with high
towers and complex structures along the southeast coast of China, which are inconvenient …

It remains unclear how tropical cyclones (TCs) decay from their ocean lifetime maximum
intensity (LMI) to landfall intensity (LI), yet this stage is of fundamental importance governing …

In this study, we investigate the response of tropical cyclones (TCs) to climate change by
using the Princeton environment-dependent probabilistic tropical cyclone (PepC) model and …

The tropical cyclone (TC) full track simulation method pioneered by Vickery has been widely
used in the estimation of hurricane/typhoon wind hazards. The linear auto-regression used …

A general framework of typhoon full-track simulation for the Western North Pacific (WNP)
basin is presented in this paper. Specifically, an empirical TC track model integrated with …

With the rapid development of the construction industry, tower cranes are increasingly used
in coastal engineering. However, due to the complexity of their operating environment, tower …

Physics-based deterministic tropical cyclone (TC) simulation models play an important role
in TC risk analysis, for their unique capability to represent physical principles and …