Our physical modelling solutions for sizing your hydraulic structures and guaranteeing their safety

Urban and industrial hydraulics

In a small and highly constrained space, such as an urban or industrial site, the physical hydraulic modeling of complex structures is a powerful and reliable tool which makes it possible to optimize their sizing and consequently to reduce the cost of the project.

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River developments and hydrosedimentary models

From the problems of flooding to the risk of scouring at the foot of a bridge's piers, the various hydraulic and hydro-sedimentary phenomena encountered in torrents, rivers and streams are often complex. Physical modeling is the most efficient and reliable tool for faithfully reproducing the phenomena involved and thus guaranteeing optimized sizing of structures.

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Dams and hydropower

Physical modeling makes it possible to achieve a technically and economically optimized design of hydraulic structures associated with dams and hydroelectric facilities. In particular, it makes it possible to reproduce complex flows mixing air and water, vortices and strong turbulence.

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Port and maritime structures

Physical modeling for the engineering of maritime and port structures to verify and optimize the hydraulic dimensioning and the stability of structures exposed to swells, in the coastal zone.

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Coastal and estuarine developments

The future of coastal and estuarine areas: a specialty of Laboratoire Artelia

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The laboratory is at your disposal for experiments in other fields

Measuring sliding effects in the context of the ITER project
Measuring sliding effects in the context of the ITER project

 

Over and above its traditional activities, the Laboratory welcomes companies and research institutes to use its facilities, resources and the skills within its team to perform tests and experiments in fields other than hydraulics.

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