An effort has been made to improve quantitative understanding of beach morphology and
stone structural damage progression and to develop a simple and robust model that is …

Introduction........................................................................................................................ 1 2. History
of CSHORE Development................................................................................... 2 3. Wave and …

The spatial variation of damage on different sections of the trunk and head of a low-crested
stone structure on a fixed bottom is examined using a cross-shore numerical model …

The erosional and accretional profile changes of an intertidal mudflat are examined using
available field data and the cross-shore numerical model CSHORE that is extended to allow …

Climate Change Impacts on Coastal Soil and Water Management discusses the latest
approaches for monitoring soil and water degradation in coastal regions under current …

Observations of the depth integrated and time averaged sediment transport on a mixed sand
and gravel (MSG) beach are presented and analysed to examine the performance of a new …

The field of cohesive soil erosion is still not fully understood, in large part due to the many
soil parameters that affect cohesive soil erodibility. This study is focused on two channels, 2 …

The majority of the world shoreline is currently suffering from erosion. Beach erosion will
become more serious if the mean sea level rise accelerates because of the greenhouse …

Swash at the shoreline plays a key role in coastal erosion and inundation and is often
dominated by infragravity motions in high energy wave conditions. However, the behaviour …

The cross-shore numerical model CSHORE extended to oblique waves is used to predict
the spatial variation of damage on different sections of the trunk and head of a low-crested …