Operational storm surge models for the North Sea

The history of Jonsmod 1981–2006

“…However, back in 1982, very few applications of finite elements to fluid mechanics existed, so the use of functional expansions in the vertical with finite differences in the horizontal, which is close to a FEM and was pioneered by Norman Heaps in the 1960s, was not widely known in the oceanographic community. Another different feature of the 1982 conference was the reporting of operational storm surge models, Peeck et al (1983). This first conference was hosted in Edinburgh by Heriot-Watt University.…”

The history of Jonsmod 1981–2006

“…However, back in 1982, very few applications of finite elements to fluid mechanics existed, so the use of functional expansions in the vertical with finite differences in the horizontal, which is close to a FEM and was pioneered by Norman Heaps in the 1960s, was not widely known in the oceanographic community. Another different feature of the 1982 conference was the reporting of operational storm surge models, Peeck et al (1983). This first conference was hosted in Edinburgh by Heriot-Watt University.…”

Detecting anomalous sea-level states in North Sea tide gauge data using of autoassociative Neural Network

“…Analysis and interpretation of tidal observations by Proudman and Doodson (1924) enhanced the understanding of sea-level fluctuations due to winds and changes in atmospheric pressure. The development of numerical 2D storm surge models by Peeck et al, (1983) andFlather and led to early warning systems for coastal flooding. With increasing computational power and the availability of satellite data, sea-level predictions have been continuously improved.…”

Reconstruction of the Basin‐Wide Sea‐Level Variability in the North Sea Using Coastal Data and Generative Adversarial Networks

“…In the present study, approximately 100 years later, we encounter the same issue from a different perspective.Many important developments in the physical oceanography of the North Sea have followed the study of Proudman and Doodson (1924). Numerical modeling of tides and storm surges initiated by Hansen (1956) and Heaps (1969) has become a fundamental tool in surge prediction (Flather & Proctor, 1983;Peeck et al, 1983;Soetje & Brockmann, 1983). A dense network of tidal stations has been developed around…”

“…Many important developments in the physical oceanography of the North Sea have followed the study of Proudman and Doodson (1924). Numerical modeling of tides and storm surges initiated by Hansen (1956) and Heaps (1969) has become a fundamental tool in surge prediction (Flather & Proctor, 1983; Peeck et al., 1983; Soetje & Brockmann, 1983). A dense network of tidal stations has been developed around the North Sea coasts, which operates over long periods and provides high‐quality records (Wahl et al., 2013).…”

The history of Jonsmod 1981–2006

“…However, back in 1982, very few applications of finite elements to fluid mechanics existed, so the use of functional expansions in the vertical with finite differences in the horizontal, which is close to a FEM and was pioneered by Norman Heaps in the 1960s, was not widely known in the oceanographic community. Another different feature of the 1982 conference was the reporting of operational storm surge models, Peeck et al (1983). This first conference was hosted in Edinburgh by Heriot-Watt University.…”

Detecting anomalous sea-level states in North Sea tide gauge data using of autoassociative Neural Network

“…Analysis and interpretation of tidal observations by Proudman and Doodson (1924) enhanced the understanding of sea-level fluctuations due to winds and changes in atmospheric pressure. The development of numerical 2D storm surge models by Peeck et al, (1983) andFlather and led to early warning systems for coastal flooding. With increasing computational power and the availability of satellite data, sea-level predictions have been continuously improved.…”

Reconstruction of the Basin‐Wide Sea‐Level Variability in the North Sea Using Coastal Data and Generative Adversarial Networks

“…In the present study, approximately 100 years later, we encounter the same issue from a different perspective.Many important developments in the physical oceanography of the North Sea have followed the study of Proudman and Doodson (1924). Numerical modeling of tides and storm surges initiated by Hansen (1956) and Heaps (1969) has become a fundamental tool in surge prediction (Flather & Proctor, 1983;Peeck et al, 1983;Soetje & Brockmann, 1983). A dense network of tidal stations has been developed around…”

“…Many important developments in the physical oceanography of the North Sea have followed the study of Proudman and Doodson (1924). Numerical modeling of tides and storm surges initiated by Hansen (1956) and Heaps (1969) has become a fundamental tool in surge prediction (Flather & Proctor, 1983; Peeck et al., 1983; Soetje & Brockmann, 1983). A dense network of tidal stations has been developed around the North Sea coasts, which operates over long periods and provides high‐quality records (Wahl et al., 2013).…”

The history of Jonsmod 1981–2006

“…However, back in 1982, very few applications of finite elements to fluid mechanics existed, so the use of functional expansions in the vertical with finite differences in the horizontal, which is close to a FEM and was pioneered by Norman Heaps in the 1960s, was not widely known in the oceanographic community. Another different feature of the 1982 conference was the reporting of operational storm surge models, Peeck et al (1983). This first conference was hosted in Edinburgh by Heriot-Watt University.…”

Detecting anomalous sea-level states in North Sea tide gauge data using of autoassociative Neural Network

“…Analysis and interpretation of tidal observations by Proudman and Doodson (1924) enhanced the understanding of sea-level fluctuations due to winds and changes in atmospheric pressure. The development of numerical 2D storm surge models by Peeck et al, (1983) andFlather and led to early warning systems for coastal flooding. With increasing computational power and the availability of satellite data, sea-level predictions have been continuously improved.…”

Reconstruction of the Basin‐Wide Sea‐Level Variability in the North Sea Using Coastal Data and Generative Adversarial Networks

“…In the present study, approximately 100 years later, we encounter the same issue from a different perspective.Many important developments in the physical oceanography of the North Sea have followed the study of Proudman and Doodson (1924). Numerical modeling of tides and storm surges initiated by Hansen (1956) and Heaps (1969) has become a fundamental tool in surge prediction (Flather & Proctor, 1983;Peeck et al, 1983;Soetje & Brockmann, 1983). A dense network of tidal stations has been developed around…”

“…Many important developments in the physical oceanography of the North Sea have followed the study of Proudman and Doodson (1924). Numerical modeling of tides and storm surges initiated by Hansen (1956) and Heaps (1969) has become a fundamental tool in surge prediction (Flather & Proctor, 1983; Peeck et al., 1983; Soetje & Brockmann, 1983). A dense network of tidal stations has been developed around the North Sea coasts, which operates over long periods and provides high‐quality records (Wahl et al., 2013).…”