Add to ORKGThe IJsselmeer (lake IJssel) in the Netherlands is a man-made lake that was formed when a 1200 km2 portion of the Wadden Sea was closed of in the 1930’s. Today, the lake is vital to the water management of a major portion of the Netherlands. In view of expected climate change a major increase of the discharge capacity in the dam is currently under preparation. An extensive study was undertaken to establish hydraulic conditions for structural design. This paper describes the model that was created to establish relevant combinations of head difference and wave loads at the structure
After the construction of the Grevelingendam (1965) and Brouwersdam (1971), the tidal movement in La...
Some of the tactics considered in PAWN involve raising the water level in two large freshwater lakes...
Due to climate change, a new water management policy is considered in the Netherlands. The shift tow...
In the upcoming decades, the Netherlands is going to face challenges regarding the protection agains...
Introduction and problem definition The IJsselmeer is located in the center of the Netherlands. For ...
The IJsselmeer and Markermeer (henceforth the IJsselmeer area) are two large shallow lakes ('me...
This photo shows the Afsluitdijk (Engish: Enclosure Dam), a 32 kilometer causeway in the Netherlands...
The Dutch Delta Approach has been set up with the aim of ensuring water safety in the Netherlands an...
This photograph shows the sluice gates on the Afsluitdijk, a causeway that created the artificial fr...
This manual is the result of group work and origins in Dutch lecture notes that have been used since...
The Afsluitdijk is one of the Dutch Delta programme landmarks. Afsluitdijk is a 32 km long primary f...
Climate change is expected to cause higher discharge levels in the river Rhine at the Dutch-German b...
Overview of the hydraulic research for the closure of the afsluitdijk and the construction of the po...
To date no study has been done to analyse the effect on water level for the Dutch coast from the pas...
Due to climate change, it is expected that the design river discharge of the Rhine will increase fro...
After the construction of the Grevelingendam (1965) and Brouwersdam (1971), the tidal movement in La...
Some of the tactics considered in PAWN involve raising the water level in two large freshwater lakes...
Due to climate change, a new water management policy is considered in the Netherlands. The shift tow...
In the upcoming decades, the Netherlands is going to face challenges regarding the protection agains...
Introduction and problem definition The IJsselmeer is located in the center of the Netherlands. For ...
The IJsselmeer and Markermeer (henceforth the IJsselmeer area) are two large shallow lakes ('me...
This photo shows the Afsluitdijk (Engish: Enclosure Dam), a 32 kilometer causeway in the Netherlands...
The Dutch Delta Approach has been set up with the aim of ensuring water safety in the Netherlands an...
This photograph shows the sluice gates on the Afsluitdijk, a causeway that created the artificial fr...
This manual is the result of group work and origins in Dutch lecture notes that have been used since...
The Afsluitdijk is one of the Dutch Delta programme landmarks. Afsluitdijk is a 32 km long primary f...
Climate change is expected to cause higher discharge levels in the river Rhine at the Dutch-German b...
Overview of the hydraulic research for the closure of the afsluitdijk and the construction of the po...
To date no study has been done to analyse the effect on water level for the Dutch coast from the pas...
Due to climate change, it is expected that the design river discharge of the Rhine will increase fro...
After the construction of the Grevelingendam (1965) and Brouwersdam (1971), the tidal movement in La...
Some of the tactics considered in PAWN involve raising the water level in two large freshwater lakes...
Due to climate change, a new water management policy is considered in the Netherlands. The shift tow...