It seems that your software development project makes use of FEMM software.
A project called Pyleecan has been initiated under Python to join all open-source development efforts around electrical machines FEA analysis within a single project. Pyleecan already includes modelling of main radial flux electrical machines like IPMSM, SPMSM, SCIM, WRSM, SynRM and SRM and can be easily extended to brand new topologies (including 3D) based on Object Oriented Programming. Pyleecan also includes multiphysic capabilities, a GUI to draw electrical machines and coupling with Gmsh to call different FE solvers.
we are aware of your noteworthy Pyleecan project, we found it out during
ICEM 2018 in Alexandroupoli where we also had a little discussion during
your dedicated panel if you remember it.
For now, SyRe runs in Matlab and Octave. We are approaching Python for a
side project for the first time in these days, maybe this will be a seed
for a future link with Pyleecan.
Kind regards, Gianmario
Gianmario Pellegrino
Professor of Power Converters, Electrical Machines and Drives
Dept. of ENERGY Galileo Ferraris - Politecnico di Torino
Power Electronics Innovation Center (http://www.peic.polito.it/)
Tel. +39 011 090 7143
Mob. +39 331 6714773
It seems that your software development project makes use of FEMM
software.
A project called Pyleecan has been initiated under Python to join all
open-source development efforts around electrical machines FEA analysis
within a single project. Pyleecan already includes modelling of main radial
flux electrical machines like IPMSM, SPMSM, SCIM, WRSM, SynRM and SRM and
can be easily extended to brand new topologies (including 3D) based on
Object Oriented Programming. Pyleecan also includes multiphysic
capabilities, a GUI to draw electrical machines and coupling with Gmsh to
call different FE solvers.
A series of webinars starting 16th October is planned to present Pyleecan
approach, how to use it and contribute :
Hello,
It seems that your software development project makes use of FEMM software.
A project called Pyleecan has been initiated under Python to join all open-source development efforts around electrical machines FEA analysis within a single project. Pyleecan already includes modelling of main radial flux electrical machines like IPMSM, SPMSM, SCIM, WRSM, SynRM and SRM and can be easily extended to brand new topologies (including 3D) based on Object Oriented Programming. Pyleecan also includes multiphysic capabilities, a GUI to draw electrical machines and coupling with Gmsh to call different FE solvers.
A series of webinars starting 16th October is planned to present Pyleecan approach, how to use it and contribute :
https://us02web.zoom.us/meeting/register/tZYsc-mppz8pE9UYGaTYWe6m8117qgi44EKi
Further information is available on pyleecan.org website or on GitHub page at https://github.com/Eomys/pyleecan
Regards,
Jean
Hello Jean,
we are aware of your noteworthy Pyleecan project, we found it out during
ICEM 2018 in Alexandroupoli where we also had a little discussion during
your dedicated panel if you remember it.
For now, SyRe runs in Matlab and Octave. We are approaching Python for a
side project for the first time in these days, maybe this will be a seed
for a future link with Pyleecan.
Kind regards, Gianmario
Gianmario Pellegrino
Professor of Power Converters, Electrical Machines and Drives
Dept. of ENERGY Galileo Ferraris - Politecnico di Torino
Power Electronics Innovation Center (http://www.peic.polito.it/)
Tel. +39 011 090 7143
Mob. +39 331 6714773
www.polito.it
https://didattica.polito.it/pls/portal30/sviluppo.scheda_pers_swas.show?m=003683
www.scholar.google.com https://goo.gl/shxxMe
Il giorno mar 6 ott 2020 alle ore 17:22 Jean Le Besnerais jlbesnerais@users.sourceforge.net ha scritto: