Welcome to TurTLE 8.2.1¶

TurTLE is a framework for pseudo-spectral simulations of turbulence, with a highly optimized particle tracking method. It consists of a C++ core library, as well as a Python “wrapper” library. TurTLE is open sourced (GPLv3), you may access it here

TurTLE stands for Turbulence Tools: Lagrangian and Eulerian and it is developed and maintained by the Wilczek group at the University of Bayreuth in collaboration with the Application Support Group of the Max Planck Computing and Data Facility.

Contents:

  • Turbulence Tools: Lagrangian and Eulerian
    • Introduction
    • Background and documentation
    • Installation for postprocessing only
    • Full installation
    • Reference publication
    • Contact
    • Comments
  • Overview
    • General comments
    • Equations
    • Conventions
    • Tutorial: basics
    • Scaling tests
  • Tutorial: convergence test
    • Navier-Stokes solution
    • Particle tracking errors
    • Python code for fields
    • Python code for particles
  • Tutorial: post-processing example
    • Example problem:
    • Instructions in brief
  • Tutorial: job launching methods
    • Context
    • User friendly launch
    • Python hack of bash tools
    • Python solution
  • Development
    • Incremental builds
    • Versioning guidelines
    • Task automation
    • Testing
    • Documentation
    • Code review
  • Python API
    • TurTLE
    • TurTLE.tools
    • TurTLE.TEST
    • TurTLE.DNS
    • TurTLE.PP
  • C++
    • kspace
    • field
    • code_base
    • direct_numerical_simulation
    • NSE
    • NSVE
    • abstract_particle_set
    • abstract_particle_rhs
    • field_tinterpolator
    • particle_solver
  • Bibliography

Indices and tables¶

  • Index

  • Module Index

  • Search Page

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Navigation

  • Turbulence Tools: Lagrangian and Eulerian
  • Overview
  • Tutorial: convergence test
  • Tutorial: post-processing example
  • Tutorial: job launching methods
  • Development
  • Python API
  • C++
  • Bibliography

Related Topics

  • Documentation overview
    • Next: Turbulence Tools: Lagrangian and Eulerian
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