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LABORATOIRE DE RECHERCHE EN HYDRODYNAMIQUE, ÉNERGETIQUE ET ENVIRONNEMENT ATMOSPHERIQUE
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Test facilities
OCEAN TANKS
Recirculating canal
Test facilities
OCEAN TANKS
Towing tank
Hydrodynamic and Ocean Engineering Tank
Shallow water tank
Recirculating canal
Ocean Tank staff
SEM-REV, Offshore test site
ENGINE AND VEHICLE TEST BENCHES
Engine test benches
Turbocharger test benches
Vehicle test bench
TEST FACILITIES FOR MICROMETEOROLOGY AND WIND ENGINEERING
Atmospheric wind tunnel
Aerodynamic wind tunnel
LiDAR-Light Detection And Ranging
ONEVU
Recirculating canal
Overview
This canal has a 2 m-wide test section, approximately 10 m in length. Maximal water depth is about 1.10 m.
Part of the test section is equipped with side glass walls (1.6 m wide), allowing visual observation of the flow, as well as the measurement, for example using laser velocimetry, of fluid particles velocities. In this section, a glass window is also present on the floor, for the same applications. Maximal current velocity in this canal is 2 m/s.
Dimensions:
Working length 10.0m
Width 2.0m
Depth 0 – 1.1m
Working length with 2m glass walls (One on each side, and one on the bottom)
Preparation area:
A large preparation area (10 x 10m) is dedicated to the assembly and the preparation of the tests.
Overhead crane:
The overhead crane covers the central area of the basin, as well as the preparation area. It features a 2.5 ton hoist. The maximum clearance is 6.50m from the ground.
Main features
Current:
The current maximum velocity is 2.0 m/ s.
Instrumentation
QUALISYS trajectory motion capture system (Aerial and submarine)
Resistive, capacitive and ultrasonic wave sensors
1D current meters
2 component laser Doppler velocimeter
3 component Acoustic Doppler velocimeter
Test setup for propellers testing for marine propulsion applications
Synchronized HD video system (Air and Underwater)
Acquisition and analysis systems (Matlab, LabVIEW, RTMaps)
Published on March 29, 2017
Updated on January 21, 2021
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OCEAN TANK RESEARCH TEAM
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TO MAKE A TEST REQUEST
hydro-facilities@ec-nantes.fr
TYPICAL RECIRCULATING CANAL PROJECTS
Marine propulsion systems
Tidal turbines
Stationary flows
Motion control (appendices, foils, fins, …)
https://lheea.ec-nantes.fr/test-facilities/ocean-tanks/recirculating-canal