Navigation
Secondary menu
Content
Footer
en
fr
NEWS AND EVENTS
DIRECTORY
PUBLICATIONS
EC-NANTES.FR
menu
close
Our research
Our research
Excellence in research
Rankings
Awards & Distinctions
HR Excellence in Research Award
Meet our researchers
Reinvent engineering
Industry of the future
Energy transition
Engineering for health
Research areas
Networks and clusters
Ethics and professional conduct
Open Science
Research environment
Institutes & facilities
Institutes & facilities
6 research institutes
Architectural and Urban Ambiances Laboratory (AAU)
Center for Research in Transplantation and Translational Immunology (CR2TI)
Jean Leray Mathematical Institute (LMJL)
Laboratory of Digital Sciences of Nantes (LS2N)
Research Institute in Civil and Mechanical Engineering (GeM)
Research Laboratory in Hydrodynamics, Energetics & Atmospheric Environment (LHEEA)
Research facilities
Additive Manufacturing and Biofabrication
Automatic and Systems Control
Autonomous Vehicles and Drones
Composite Materials and Processes
Dynamic Testing Resources and Expertise (PREED Platform)
Engine and vehicle test benches
Geomechanics
Micrometeorology and Wind Engineering
Ocean test facilities
Robotics and Interaction
Sem-Rev offshore test site
Supercomputer and high performance computing
Sustainability and Green Building
Projects and partnerships
Projects and partnerships
Spotlight
Generating clean energy
Decarbonisation of transport
Hydrogen production, transport and storage
Industrial research chairs and joint laboratories
Industrial partnerships
Platform development projects
European projects
Academic research projects
Labex NExT Projects
Talent Laureates
Research networks and clusters
Knowledge transfer and dissemination
Knowledge transfer and dissemination
Development and Project Engineering Team
Putting public research to good use
Patents & software
Centrale Innovation
Incubator
Spin-offs
D-ICE
Farwind
HydrOcean
PhD
PhD
Choose a PhD
Follow a PhD at Centrale Nantes
Enrol for a PhD
PhD opportunities
Double PhD programme with Stevens Institute of Technology
PhD Defenses
Student and graduate testimony
Your contacts
Prepare for a PhD
Doctorate specialisation
R&D professional option
Master's programme
Integrated Master-PhD Track
After the PhD
Our researchers
Our researchers
Join us
Meet our researchers
Visiting and adjunct professors
HRS4R
Ethics and professional conduct
Support services for researchers
Spaces
Spaces
NEWS AND EVENTS
DIRECTORY
PUBLICATIONS
Open Science
EC-NANTES.FR
EN
Projects and partnerships
Academic research projects
Projects and partnerships
Spotlight
Generating clean energy
Decarbonisation of transport
Hydrogen production, transport and storage
Industrial research chairs and joint laboratories
Industrial partnerships
Platform development projects
European projects
Academic research projects
Labex NExT Projects
Talent Laureates
Research networks and clusters
Academic projects
,
1st series of tests in the Centrale Nantes towing tank for the WASANO project
One of the major challenges in the maritime field today is to take extreme sea conditions into account when designing marine structures. The WASANO project, which brings together 10 international universities and 3 companies, is addressing these issues through several disciplines. Read on to learn more about the first series of tests carried out in March in the Centrale Nantes towing tank.
on
May 18, 2022
The
WASANO
project addresses the need for
accurate and controlled descriptions of environmental conditions in ocean engineering
. To overcome the numerous scientific obstacles identified, the project will propose innovative methods to:
define the sea states that cause extreme responses in offshore structures
reproduce these sea states in a ocean test tank.
This will be achieved via both numerical simulations and reduced-scale experiments in the
Centrale Nantes ocean test facilities
.
A first series of tests took place in the towing tank in March 2022 - focusing on single waves and experimental validation of the methodologies developed in numerical simulation.
The installation consisted of measuring these waves via wave probes placed along the 140-metre length of the tank.
The measurements obtained from these tests are intended to validate under experimental conditions:
generation of a calibrated wave spectrum at a distance from the wave generator.
control of the statistics associated with a given wave spectrum at any position in the wave tank.
The test results mean that we can now envisage wave-structure interaction tests in which the wave conditions, and in particular the probability of extreme events, are very precisely controlled.
These results have been shared with all the partners to feed into the various scientific themes of the WASANO project (statistics, fundamental physics, experimental and numerical modelling, etc.).
In July, all of the project partners will come together at Centrale Nantes in order to meet up and conduct initial joint work sessions. This will be a great opportunity to set in motion all future actions for the WASANO project!
The WASANO project receives funding from NExT.
>
Learn about the WASANO project and all the partners
Published on May 30, 2022
Updated on March 5, 2024
Share :
Facebook
X
Linkedin
https://research.ec-nantes.fr/en/academic-projects/1ere-campagne-dans-le-bassin-de-traction-de-centrale-nantes-pour-le-projet-wasano