Probabilistic modelling and statistical analysis of environmental conditions is important for
the design and assessment of ships and other marine structures. It will give a necessary …

Offshore aquaculture is gaining traction due to space limitations in nearshore waters, more
pristine water, cooler temperatures, and better waste dispersal. This move has spurred the …

In offshore engineering, it is common practice to estimate long-term extremes under the
assumption that environmental conditions are independent. However, many environmental …

This paper presents a method for estimating environmental contours in an arbitrary number
of dimensions. The method, referred to as Direct-IFORM, does not require a model for the …

According to design standards, offshore wind turbines need to withstand environmental
loads with a return period of 50 years. This work compares the extreme response along the …

Environmental contours are a pragmatic and widespread method to estimate the long-term
extreme response of marine structures. Over the years, a range of approaches have been …

Reliable probabilistic information of the long-term ocean wave climate is important in many
coastal and ocean engineering applications such as the design of marine and coastal …

The Outer Continental Shelf along the US east coast exhibits abundant wind resources and
is now a geographic focus for offshore wind deployments. This analysis derives and …

This article compares the accuracy of return value estimates from stationary and non-
stationary extreme value models when the data exhibits covariate dependence. The non …

Abstract Design and re-analysis of offshore structures requires the joint estimation of
extreme values for a set of environmental variables, representing so-called long-term and …