This article reviews recent developments in the interaction between water waves, seabed,
and coastal structures. The scope of the review covers theoretical approaches and physical …

A detailed knowledge of the wave-induced seabed instability is particularly important for
engineers involved in the design procedure of many marine structures and offshore …

" Opening with recent advances in both the theoretical and physical models for wave-
seabed-structure interactions, this book provides an updated look at the mathematics behind …

A 1-km/sup 2/area located 2 km off the Florida Panhandle (30/spl deg/22.6'N; 86/spl
deg/38.7'W) was selected as the site to conduct high-frequency acoustic seafloor …

A variety of macroscopic physical and biological forcing functions act on estuarine and
coastal sediments across a range of time and space scales, and can have a profound effect …

In this study we estimate sediment carbonate dissolution rates for sandy sea grass
sediments on the Bahamas Bank using an inverse pore‐water advection/diffusion/reaction …

The interstitial space of bed‐sediments is a major component of the stream system as it
influences both physical and biological processes and patterns, such as exchanges …

The soil permeability and shear modulus of many marine sediments vary with depth
because of consolidation under overburden pressure. However, conventional theories for …

It has long been recognized that the Arab‐D reservoir in Ghawar field has been significantly
dolomitized and that the distribution of dolomites is highly heterogeneous across this …

Conventional investigations of the wave-seabed interaction have assumed that the seabed
has an uniform permeability. However, the soil permeability in most marine sediments varies …