Welcome to PeleLMeX’s documentation!

PeleLMeX is the non-subcycling version of PeleLM, an adaptive-mesh low Mach number hydrodynamics code for reacting flows. If you need help or have questions, please use the GitHub discussion. The documentation pages appearing here are distributed with the code in the Docs folder as “restructured text” files. The html is built automatically with certain pushes to the PeleLMeX GibHub repository. A local version can also be built as follows

cd ${PELE_HOME}/Docs
make html

where PELE_HOME is the location of your clone of the PeleLMeX repository. To view the local pages, point your web browser at the file ${PELE_HOME}/Docs/build/html/index.html.

Theory:

• The PeleLMeX Model
  • Overview of PeleLMeX
  • Mathematical background
  • PeleLMeX Algorithm
• Source code
  • Overview of source code
  • Data structure and containers
  • Parallelism
  • Debugging
• PeleLMeX Verification & Validations
  • Laminar premixed flame
  • Laminar Poiseuille flow
  • Taylor-Green vortex breakdown
  • Channel Flow using EB
• Performances
  • Single node performances: FlameSheet case
  • Weak scaling performances: FlameSheet case

Usage:

• PeleLMeX controls
  • Computational domain definition
  • Grid/AMR parameters
  • Load balancing
  • Time stepping parameters
  • IO parameters
  • Refinement controls
  • PeleLMeX derived variables
  • PeleLMeX algorithm
  • Transport coeffs and LES
  • Chemistry integrator
  • Embedded Geometry
  • Linear solvers
  • Active control
  • Run-time diagnostics
  • Run-time control
• Troubleshooting
  • Linear solver failure
  • Chemistry integration failure

Tutorials:

• Tutorials
  • Rising light bubble
  • Premixed flame sheet with harmonic perturbations
  • Non-reacting flow past a cylinder
  • Backward facing step anchored premixed flame
  • A simple triple flame

Indices and tables

• Index

• Module Index

• Search Page