gabriele-ferrero

gabriele-ferrero's Stars

• Kitware/ParaView

  VTK-based Data Analysis and Visualization Application

  Language:C++1.3k900422

• SALib/SALib

  Sensitivity Analysis Library in Python. Contains Sobol, Morris, FAST, and other methods.

  Language:Python89119334239

• FEniCS/dolfinx

  Next generation FEniCS problem solving environment

  Language:C++81047818186

• openmc-dev/openmc

  OpenMC Monte Carlo Code

  Language:Python786711.1k510

• jonathf/chaospy

  Chaospy - Toolbox for performing uncertainty quantification.

  Language:Python4532425687

• google-deepmind/torax

  TORAX: Tokamak transport simulation in JAX

  Language:Python385195136

• MPh-py/MPh

  Pythonic scripting interface for Comsol Multiphysics

  Language:Python2831310571

• magpylib/magpylib

  Python package for computation of magnetic fields of magnets, currents and moments.

  Language:Python251942342

• fusion-energy/neutronics-workshop

  A workshop covering a range of fusion relevant analysis and simulations with OpenMC, DAGMC, Paramak and other open source fusion neutronics tools

  Language:Jupyter Notebook12766853

• FEniCS/ufl

  UFL - Unified Form Language

  Language:Python105268564

• festim-dev/FESTIM

  Coupled hydrogen/tritium transport and heat transfer modelling using FEniCS

  Language:Python94739825

• Fusion-Power-Plant-Framework/bluemira

  Bluemira is an integrated inter-disciplinary design tool for future fusion reactors. It incorporates several modules, some of which rely on other codes, to carry out a range of typical conceptual fusion reactor design activities.

  Language:Python671179116

• plasmapotential/HEAT

  Heat flux Engineering Analysis Toolkit

  Language:Python5543414

• ukaea/PROCESS

  PROCESS is a systems code at UKAEA that calculates in a self-consistent manner the parameters of a fusion power plant with a specified performance, ensuring that its operating limits are not violated, and with the option to optimise to a given function of these parameters.

  Language:Python3743.1k11

• OpenFUSIONToolkit/OpenFUSIONToolkit

  The Open FUSION Toolkit (OFT) is a suite of modeling tools, and their underlying finite element framework, for problems in plasma and fusion research and engineering in arbitrary 2D and 3D geometries.

  Language:Jupyter Notebook3142315

• eepeterson/openmc_fusion_benchmarks

  Language:Jupyter Notebook18337

• MAHTEP/OPENSC2

  Object-oriented software for the multi-physics simulations of Superconducting cables.

  Language:Python112134

• wendistan/COMSOL

  links to useful information for COMSOL multiphysics

  9102

• MAHTEP/TEMOA-Italy

  Model of the Italian energy system from 2006 to 2050, based on the TEMOA modeling framework and developed by MAHTEP Group.

  Language:Python8102

• festim-dev/V-V-report

  Language:TeX52271

• WeaverC20/LIBRADiff

  Language:Jupyter Notebook411

• Woodruff-Scientific-Ltd/ARPAE-PyFECONS

  Standard costing tool for fusion based on IAEA 2001 and GenIV 2007 cost accounts, entailing Magnetic Fusion Energy, Magneto Inertial Fusion and Inertial Fusion Energy.

  Language:TeX4001

• J-Dark-PhD/MHD_verification

  Language:Python3001

• OSSFE/ossfe.github.io

  Website for the OSSFE 2025 conference

  Language:HTML3300

• hansec/OpenPOPCON

  Language:Jupyter Notebook22113

• SamueleMeschini/trapping-fuel-cycle

  Language:Jupyter Notebook210

• festim-dev/FESTIM-workshop-fenicsx

  The fenicsx-support version of the festim-workshop

  Language:Jupyter Notebook1000