aeroelasticity

There are 5 repositories under aeroelasticity topic.

• OpenFAST / openfast

  Main repository for the NREL-supported OpenFAST whole-turbine and FAST.Farm wind farm simulation codes.

  aeroelasticitywindwind-energywind-farmwind-powerwind-turbine
  Language:Fortran 631
• sharpy

  ImperialCollegeLondon / sharpy

  Simulation of High Aspect Ratio aeroplanes and wind turbines in Python: a nonlinear aeroelastic code

  aeroelasticitysimulationaeronauticsstructuresstructural-dynamicswind-turbines
  Language:Python 117
• Tucan

  OpenVOGEL / Tucan

  Tucan remains among the simplest and most user friendly programs for aerodynamics based on vortex lattice methods. This project is unique in many ways, while the most prominent feature is that it is entirely based in .NET. Recompiling the project is very easy and you can have tons of fun extending the source code.

  aerodynamicsaeronauticsaeroelasticity
  Language:C# 66

• MASTmultiphysics / mast-multiphysics

  Multidisciplinary-design Adaptation and Sensitivity Toolkit (MAST) - Sensitivity-enabled multiphysics FEA for design

  finite-element-analysissensitivity-analysistopology-optimizationaeroelasticityfluid-structure-interactionthermoelasticity
  Language:C++ 42

• josephcslater / mousai

  Harmonic balance solvers

  vibrationnonlineardynamicsharmonicresonanceaeroelasticity
  Language:Python 21

• vsdsantos / nastran-aeroelasticity

  Some usefull routines for aeroelastic analysis with NASTRAN.

  nastranaeroelasticityflutter
  Language:Jupyter Notebook 16

• mid2SUPAERO / GEBTAero

  High-aspect-ratio composite wing nonlinear aeroelastic toolbox

  mdoaeroelasticitynonlinear
  Language:Fortran 15

• DLR-AE / PanelAero

  An Implementation of the Vortex Lattice (VLM) and the Doublet Lattice Method (DLM) for aeroelasticity.

  pythonaircraft-designvlmdlmaeordynamicsaeroelasticity
  Language:Python 13

• mid2SUPAERO / aerostructures

  Mapping, Radial Basis Function, RBF, FSI

  mappingrbffsimdoaeroelasticity
  Language:Python 11

• mid2SUPAERO / Multifidelity_Aeroelastic_Optmization_BWB

  Multifidelity aeroelastic optimization with application to a BWB

  multifidelityaeroelasticitymdo
  Language:Jupyter Notebook 10
• LoadsKernel

  DLR-AE / LoadsKernel

  The Loads Kernel Software allows for the calculation of quasi-steady and dynamic maneuver loads, unsteady gust loads in the time and frequency domain as well as dynamic landing loads based on a generic landing gear module.

  aircraft-designaircraft-loadsaeroelasticitypython
  Language:Python 9

• f-izzat / AeroelasticAirfoil-SU2

  A simple framework that automatically generates SU2 configuration (.cfg) files and make calls to SU2 to perform aeroelastic simulations all within Python. The Matrix Pencil method is then used to compute the damping coefficient.

  su2aeroelasticityairfoil
  Language:Python 8

• mid2SUPAERO / PGD-ROM_CHANDRE

  Structural Wing Model Reduction in Fluid-Structure Interactions

  romfsipgdpodmdoaeroelasticity
  Language:HTML 5

• mid2SUPAERO / POD-K_v2-CHANDRE

  POD+K in Real-Time Aeroelastic Pre-design Problem

  podgpkrigingromaeroelasticitygreedy-algorithm
  Language:Python 4

• mathieupelle / WTA

  Repository for the Q4 2021 assignments of the course Wind Turbine Aeroelasticity (AE4W21-14) at TU Delft.

  aeroelasticitywindenergywindturbineunsteady-aerodynamicsdynamic-stall
  Language:Python 2
• pyPDMW

  VagelisFilippou / pyPDMW

  aeroelasticityaerostructuresmesh-generationparametric-designwing
  Language:Python 1

• zhaowei0566 / TrimOpt_Data

  Relevant case/data for TrimOpt paper

  aeroelasticityoptimizationaerodynamicsstructurenastransol200
  1

• eem2314 / eem2314

  flaps personal repository

  aeroelasticityflutter

• mid2SUPAERO / PIR_MARZAGALLI_Francesco

  Hinged wingtip modelling in NeoCASS based on Airbus AlbatrossONE

  aeroelasticityneocassmatlab
  Language:Assembly