Accurate prediction of wave overtopping at sea defences remains central to the protection of
lives, livelihoods, and infrastructural assets in coastal zones. In addressing the increased …

Coastal vegetation serves as an effective nature-based solution for protecting shorelines
from erosion and storm surges. A detailed understanding of the dynamic interactions …

This research uses physical and numerical experiments to investigate the wave overtopping
of a vertical seawall in an uneven surf zone. The numerical experiments exploit two …

Green infrastructures (GIs), serving as a complement to grey infrastructures in urban
stormwater management, have been widely adopted due to their sustainability, resilience …

The complexity of the coastal environment and the advent of climate change cause coastal
erosion, which is incontrovertibly a significant concern worldwide, including Peninsular …

This study investigates the variation of wave impact loads with the geometrical
configurations of recurve retrofits mounted on the crest of a vertical seawall. Physical model …

Experiments are the traditional techniques used in coastal engineering to study complex
wave structure interactions. However, with the advent of high-performance computing, even …

Despite recent research efforts in advancing machine learning (ML) tools to predict
nearshore characteristics at sea defences, less attention has been paid to ML algorithms in …

Recent climate change studies highlight that the sea-level rise and increase in intensity and
frequency of extreme climatic events and storm surges will result in catastrophic wave …

The assessment of coastal defences requires reliable prediction of mean overtopping
discharges and acceptable overtopping rates for defined design conditions, an process of …