Navigation
Secondary menu
Content
Footer
Photo library
YouTube LHEEA
Directory
en
fr
AUTRES SITES
Centrale Nantes
https://www.ec-nantes.fr/
Centre national de la recherche scientifique - CNRS
Centre National de la Recherche Scientifique
https://www.cnrs.fr/
Intranet personnels LHEEA
https://intranet-lheea.ec-nantes.fr/
SEM-REV
Site d'essais en mer de Centrale Nantes
https://sem-rev.ec-nantes.fr/
SEM-REV Temps réel
https://livedata.sem-rev.ec-nantes.fr/
THeoREM
http://theorem-infrastructure.org/version-francaise/
Site Web FLOAWER
https://www.floawer-h2020.eu/
LABORATOIRE DE RECHERCHE EN HYDRODYNAMIQUE, ÉNERGETIQUE ET ENVIRONNEMENT ATMOSPHERIQUE
menu
close
The laboratory
The laboratory
The laboratory
NEWS AND EVENTS
ORGANIZATION
PARTNERSHIPS AND PROJECTS
Research projects & collaborations
Networks
JOB AND INTERNSHIP OFFERS
VIRTUAL TOUR
Topics
Research groups
Research groups
Research groups
DAUC-DYNAMICS OF URBAN AND COASTAL ATMOSPHERE
Projects and partnerships
Staff
IIHNE-INTERFACES & INTERACTIONS IN NUMERICAL & EXPERIMENTAL HYDRODYNAMICS
Projects and partnerships
Staff
MELUHSINE-NUMERICAL MODELLING IN HYDRODYNAMICS FOR HEALTH & ENGINEERING
Projects and partnerships
Staff
METHRIC-MODELLING OF INCOMPRESSIBLE TURBULENT FLOWS AT HIGH REYNOLDS NUMBERS AND COUPLINGS
Projects and partnerships
Staff
D2SE-DECARBONIZATION & DEPOLLUTION OF ENERGY SYSTEMS
Projects and partnerships
Staff
Test facilities
Test facilities
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
Training in and via research
Training in and via research
Training in and via research
MASTERS AND SPECIALISATIONS
PhD
Research impact
Research impact
Research impact
PUBLICATIONS
INDUSTRIAL CHAIRS & PARTNERSHIPS
SOFTWARE AND PATENTS
SCIENTIFIC MEDIATION
Footer
Footer
Photo library
YouTube LHEEA
Directory
English version
Research impact
SOFTWARE AND PATENTS
Research impact
PUBLICATIONS
INDUSTRIAL CHAIRS & PARTNERSHIPS
SOFTWARE AND PATENTS
SCIENTIFIC MEDIATION
NEMOH-Installation
Source code
To download the source code, the only requirement is to register here
http://lheea.ec-nantes.fr/redmine/account/register
.
Then, the source code can be downloaded from
http://130.66.47.2/cgi-bin/hgweb.cgi/nemoh/
Log in using your account information.
Code development uses Mercurial for version control. If you wish to contribute to code development, it is advised to clone this Mercurial repository and use the same version control tool.
Win32 compatible environment
Executables version of the code (.exe) can be downloaded here :
https://box.lheea.ec-nantes.fr/index.php/s/6MybIloTDqWSFDL
Matlab routines for use of NEMOH in the Matlab environment can be downloaded here:
https://box.lheea.ec-nantes.fr/index.php/s/sKLWx6pVGBo7H7Y
Alternatively, you may wish to compile your own version of the codes. Codes should compile without troubles with the Intel Fortran compiler ifort. Dependencies are:
• preProcessor:
Common/Environment.f90; Common/Identification.f90; preProcessor/BodyConditions.f90; preProcessor/Integration.f90; preProcessor/Main.f90; preProcessor/Mesh.f90
• solver:
Common/Mesh.f90; Common/Results.f90; Common/Identification.f90; Solver/Core/ALLOCATE_DATA.f90; Solver/Core/BODYCONDITIONS.f90; Solver/Core/COM_VAR.f90; Solver/Core/COMPUTE_GREEN.f90; Solver/Core/COMPUTE_GREEN_FREESURFACE.f90; Solver/Core/COMPUTE_KOCHIN.f90; Solver/Core/COMPUTE_POTENTIAL_DOMAIN.f90; Solver/Core/DEALLOCATE_DATA.f90; Solver/Core/ELEMENTARY_FNS.f90; Solver/Core/INITIALIZATION.f90; Solver/Core/M_SOLVER.f90; Solver/Core/OUTPUT.f90; Solver/Core/PREPARE_MESH.f90; Solver/Core/SOLVE_BEM.f90; Solver/Core/SOLVE_BEM_FD_DIRECT.f90; Solver/Core/SOLVE_BEM_INFD_DIRECT.f90; Solver/NEMOH.f90
• postProcessor:
Common/Environment.f90; Common/Identification.f90; Common/Results.f90; postProcessor/Compute_RAOs.f90; postProcessor/IRF.f90; postProcessor/Main.f90; postProcessor/Plot_WaveElevation.f90
•mesh:
Common/Identification.f90; Mesh/calCol.f90; Mesh/coque.f90; Mesh/ExMaillage.f90; Mesh/hydre.f90; Mesh/Mailleur.f90; mesh.f90
The Visual Studio solution NEMOH.sln may be used for easy compilation of NEMOH with Microsoft Visual Studio.
Linux and Mac OS X environment
A makefile is provided with the source code for compiling NEMOH in Linux and Mac OS X environment. The Intel Fortran compiler ifort shall be used for Linux. The gfortran compiler should be used for Mac OS X. Some adjustments may be require for Mac, look at the OSXreadme.txt. Other compilers may compile with small adjustments to the libraries.
Dependencies are the same as for compiling in Win32 environment.
Thanks goes to Christophe Peyrard, Yi-Hsiang Hu and Eliot Quin for providing the makefile.
Published on November 22, 2017
Updated on January 25, 2023
Share :
Facebook
X
Linkedin
NEMOH NAVIGATION
Presentation
Installation
Theory
Running NEMOH
Examples
Mesh
Toolbox
CONTACT US
For questions, comments or bug reports, please leave a post on NEMOH’s forum:
http://lheea.ec-nantes.fr/redmine/projects/nemoh
.
You may have to register first (
http://lheea.ec-nantes.fr/redmine/account/register
).
For other queries, you may contact Dr. Aurélien Babarit,
aurelien.babarit@ec-nantes.fr
LHEEA News
Successful installation of the new offshore cables: SEM-REV 2.0 is now operational offshore!
Kick-off of the Velella R&D project which aims to reduce the environmental impact of floating wind turbines
2nd tank test campaign for the FLOATECH project: studying the behaviour of a floating wind turbine in typical West of Scotland sea conditions
https://lheea.ec-nantes.fr/research-impact/software-and-patents/eng-nemoh-installation