The R&D project Oracle–offshore risk analysis for climate change adaptation and lifetime
extension–is focused on optimising the design of scour protection schemes for the extended …

A novel approach to quantify the present and future heatwave hazard is presented which
can discern characteristics beyond what can be achieved from current approaches, such as …

Uncertainties of wave data and models got increasing attention in the last decades by the
marine industry because of their importance for safety at sea. Improved knowledge about …

Extreme sea conditions in the nearshore zone are required for coastal flood risk analysis
and structural design. Many multivariate extreme value methods that have been applied in …

Spatial extreme value analysis has been an area of rapid growth in the last decade. The
focus has been on modelling the spatial componentwise maxima by max-stable processes …

It is widely recognised that coastal flood events can arise from combinations of extreme
waves and sea levels. For flood risk analysis and the design of coastal structures it is …

Understanding extreme ocean environments and their interaction with fixed and floating
structures is critical for the design of offshore and coastal facilities. The joint effect of various …

The design and reanalysis of offshore and coastal structures usually requires the estimation
of return values for dominant metocean variables (such as significant wave height) and …

In order to perform a more accurate analysis of marine structures, joint probability
distributions of different metocean parameters have received an increasing interest during …

Understanding extreme ocean environments and their interaction with fixed and floating
structures is critical for offshore and coastal design. Design contours are useful to describe …