The computational limitations of complex numerical models have led to adoption of
statistical emulators across a variety of problems in science and engineering disciplines to …

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 …

Understanding the dynamics of sediment transport and erosion-deposition patterns in the
locality of a coastal structure is vital to evaluating the performance of coastal structures and …

Assessment of climate change impacts on wind characteristics is crucial for the design,
operation, and maintenance of coastal and offshore infrastructures. In the present study, the …

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

In the context of “green” approaches to coastal engineering, the term “eco-engineering” has
emerged in recent years to describe the incorporation of ecological concepts (including …

Coastal defence structures such as detached breakwaters have been used alternatively to
reduce the coastal erosion problems in the world. Behind their efficiency, detached …

Turbidity currents are frequently observed in natural and man-made environments, with the
potential of adversely impacting the performance and functionality of hydraulic structures …

Coastal defence structures are playing a vital role in protecting coastal communities from
extreme climatic conditions and flooding. With climate change and sea-level rise in the next …

Advances in the development of prediction tools for wave overtopping allow now for
overtopping volumes to be estimated with good accuracy, with the combined use of mean …