The development of a methodology for extreme flood estimation is the aim of the project CRUEX++. This project follows the CRUEX project which aimed at the development of a PMP-PMF methodology (PMP=Probable Maximum precipitation, PMF=Probable Maximum Flood). Numerous tools, models and methods have been developed during the last years. The goal of the CRUEX++ project is to combine and enrich these elements leading to a methodology for extreme flood estimations in order to verify dam safety. A PhD thesis has been initiated in 2012 to lead this project and to conclude on a final methodology
Extreme flood simulation with synthetic extreme precipitation events raises unavoidable questions ab...
The methods used for determining extreme floods were critically examined in an attempt to reduce the...
Virtual ConferenceAccurate estimates of extreme and rare floods has been a fundamental problem in fl...
In the context of dam safety, reliable safety flood estimation methods are necessary to guarantee a ...
Estimations of low-probability flood events are frequently used to plan infrastructure and to determ...
Extreme flood determination on the alpine basins in Switzerland by the PMP - PMF method. This pa...
Floods and dam overtopping risks, especially for earth fill dikes, during strong rainfall, preoccupy...
Hydrological models developed for extreme precipitation of PMP type are difficult to calibrate becau...
The estimation of rare to extreme floods represents an important challenge from a human and economic...
Climate change is expected to result in more frequent occurrences of extreme flood events, such as ...
For many water engineering applications such as hydraulic structure design, there is a need for reli...
International audienceThis paper presents a comparison of models for extreme rainfall and flood valu...
The AGREGEE model (Adaptation of the GRADEX model to Rare and Extreme floods by the Generalization o...
This paper presents a comparison of models for extreme rainfall and flood values. Based on a large s...
International audienceA research project is introduced in which a modelling system is being develope...
Extreme flood simulation with synthetic extreme precipitation events raises unavoidable questions ab...
The methods used for determining extreme floods were critically examined in an attempt to reduce the...
Virtual ConferenceAccurate estimates of extreme and rare floods has been a fundamental problem in fl...
In the context of dam safety, reliable safety flood estimation methods are necessary to guarantee a ...
Estimations of low-probability flood events are frequently used to plan infrastructure and to determ...
Extreme flood determination on the alpine basins in Switzerland by the PMP - PMF method. This pa...
Floods and dam overtopping risks, especially for earth fill dikes, during strong rainfall, preoccupy...
Hydrological models developed for extreme precipitation of PMP type are difficult to calibrate becau...
The estimation of rare to extreme floods represents an important challenge from a human and economic...
Climate change is expected to result in more frequent occurrences of extreme flood events, such as ...
For many water engineering applications such as hydraulic structure design, there is a need for reli...
International audienceThis paper presents a comparison of models for extreme rainfall and flood valu...
The AGREGEE model (Adaptation of the GRADEX model to Rare and Extreme floods by the Generalization o...
This paper presents a comparison of models for extreme rainfall and flood values. Based on a large s...
International audienceA research project is introduced in which a modelling system is being develope...
Extreme flood simulation with synthetic extreme precipitation events raises unavoidable questions ab...
The methods used for determining extreme floods were critically examined in an attempt to reduce the...
Virtual ConferenceAccurate estimates of extreme and rare floods has been a fundamental problem in fl...