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3. Operation and malfunction of diking systems
In addition to the fundamental concepts presented above, the management of diking systems requires in-depth knowledge of their normal operation and possible malfunctions, both on a global scale and at the level of individual structures. This implies, first and foremost, a more precise appreciation of their interactions with their environment.
3.1 Reciprocal interactions between diking systems and their zones of influence
Hydraulic and morphological phenomena, as well as other actions generated by meteorology (wind, sun, rain...), man (unauthorized work, passage of pipes...), vegetation and animals, condition the operation and malfunction of diking systems. The multiple actions to which dikes are subjected, as well as the heterogeneity of the structures and...
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Operation and malfunction of diking systems
Methodology for analyzing the behavior and resilience of a diking system
Bibliography
Websites
Gérard Degoutte – Fluvial hydraulics, dynamics and morphology course
https://tice.agroparistech.fr/coursenligne/courses/COURSDHYDRAULIQUEDYN/?id_session=0
Rainfall data : https://donneespubliques.meteofrance.fr
...Regulations
Law of September 16, 1807 on the draining of marshes
Directive 2007/60/EC of October 23, 2007 on the assessment and management of flood risks
Decree no. 2015-526 of May 12, 2015 on the rules applicable to works built or developed with a view to preventing flooding and the rules governing the safety of hydraulic structures
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