Tudore

Tudore's Stars

• mitmath/1806

  18.06 course at MIT

  Language:Jupyter Notebook2.5k1326682

• projectchrono/chrono

  High-performance C++ library for multiphysics and multibody dynamics simulations

  Language:C++2.2k116293465

• jesselau76/ebook-GPT-translator

  Enjoy reading with your favorite style.

  Language:Python1.6k1258211

• duchesnay/pystatsml

  Statistics and Machine Learning in Python

  Language:Jupyter Notebook1845050

• mitmath/18336

  18.336 - Fast Methods for Partial Differential and Integral Equations

  1786015

• ITHACA-FV/ITHACA-FV

  Reduced order modelling techniques for OpenFOAM

  Language:C++169218298

• ExtremeFLOW/neko

  /ᐠ. ｡.ᐟ\ᵐᵉᵒʷˎˊ˗

  Language:Fortran167826530

• RBniCS/RBniCS

  RBniCS - reduced order modelling in FEniCS (legacy)

  Language:Python98141548

• pranshupant/DL-ROM

  Deep Learning for Reduced Order Modelling

  Language:Jupyter Notebook833425

• huggingface/paper-style-guide

  7254010

• synergetics/spectrum

  Higher Order Spectrum Estimation toolkit

  Language:Python614327

• haller-group/SSMLearn

  Data-driven reduced order modeling for nonlinear dynamical systems

  Language:MATLAB381126

• FreeCAD/freecad.ship

  ship-workbench for freecad

  Language:Python24243123

• haller-group/SSMTool-2.4

  Computation of invariant manifolds in high-dimensional mechanics problems

  Language:MATLAB22005

• jain-shobhit/SSMTool

  Computation of invariant manifolds in high-dimensional mechanics problems

  Language:MATLAB20218

• MOREnergylab/MOST

  MOST (Matlab for Offshore wind turbine Simulation Tool) is an innovative non-linear, time domain numerical model for the simulation of offshore floating wind turbines, developed in Matlab-Simulink environment.

  Language:MATLAB207

• nist-ionstorage/bem

  triangulation, boundary element method (BEM), fast multipole method (FMM) code for python

  Language:C177119

• akaptano/POD-Galerkin_MHD

  This codes calculates the dimensionalized POD and uses SINDy from the PySINDy python package to build a data-driven model for it. The code is used for NIMROD simulations of the HIT-SI experiment and this recent paper on data-driven reduced-order modeling for plasmas: https://arxiv.org/abs/2004.10389. The code relies on the PySINDy package https://github.com/dynamicslab/pysindy. Users should use the "quadratic_constraints" branch until I merge it into the master branch.

  Language:Python16316

• haller-group/SSMLearnPy

  Data-driven reduced order modeling for nonlinear dynamical systems

  Language:Jupyter Notebook13403

• wmutschl/ReplicationDSGEHOS

  Replication code for simulating and estimation by GMM of DSGE models with higher-order statistics

  Language:MATLAB101014

• chrysatbr/EEG-Emotion-Recognition

  emotion recognition through eeg by using HOS method

  Language:MATLAB9113

• ZeppSav/BEMUse

  A lightweight boundary element method library for hydrodynamics and aerodynamics.

  Language:C++93

• tlemoignan/FOWT-LSTM

  This repository contains an LSTM model which predicts the simulated motions of a Floating Offshore Wind Turbine (FOWT) based on a dataset generated using the open-source wind turbine simulation tool OpenFAST. This model was developed for my FEEG3003 individual project, as part of my MEng Mechanical Engineering degree at the University of Southampton.

  Language:Jupyter Notebook7102

• G-R-Martins/OrcaFOWT

  OrcaFlex python API (OrcFxAPI) to automate pre and post processing FOWT simulations.

  Language:Python5131

• sanguinariojoe/freecad.ship

  ship-workbench for freecad

  Language:Python3400

• IEAWindTask37/IEA-Wind-740-10-ROWP

  IEA Wind 740MW Reference Offshore Wind Plants Made of IEA10MW RWT

  1501

• Tudore/awesome-matlab

  A curated list of awesome Matlab frameworks, libraries and software.

  1000

• Tudore/DeepLearningMooringFOWT

  Code for the structural health monitoring of mooring systems for floating offshore wind turbines

  Language:Python1000

• Tudore/mwave

  A water wave and wave energy converter computation package

  Language:MATLAB1100

• Tudore/pymor

  pyMOR - Model Order Reduction with Python

  Language:Python1000