AeroFrame
stable

User guide

  • Installation
  • User guide
  • Tool prerequisites
  • Conventions
  • Wrapper modules
  • Tutorials
  • Limitations

Theory

  • Aeroelasticity
  • Aeroelastic coupling
  • Notes on beam models

Links

  • References
  • Related projects

Changelog

  • Changelog

Contributing

  • Contributing

Developer documentation

  • General remarks
  • Module descriptions
AeroFrame
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  • Related projects
  • Edit on GitHub

Related projectsΒΆ

AeroFrame was initially developed in [Dett19], where PyTornado was used for CFD analyses and FramAT was used as the FEM tool.

Logo PyTornado

PyTornado is an implementation of the vortex lattice method (VLM). The VLM, based on potential flow theory, is the simplest general method for 3D aerodynamic analyses of aircraft. The method requires only a coarse definition of the aircraft geometry and the flight state. Due to the few input parameters analyses can be set up with little effort and analyses are computationally inexpensive. PyTornado is an ideal tool for conceptual aircraft design. Short computation times make it possible to easily obtain estimates of aerodynamic loads and to benchmark different concepts.

  • https://github.com/airinnova/pytornado
Logo FramAT

FramAT (Frame Analysis Tool) is a tool for FEM beam analyses. Currently FramAT provides a full implementation of 3D Euler-Bernoulli beam theory which is also known as standard engineering beam theory.

  • https://github.com/airinnova/framat
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© Copyright 2019, A. Dettmann Revision e2957748.

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