PART I: User’s guide

Quick start and first simulation on one GPU

• Quick Start with LBM_Saclay
  • 1. LBM_Saclay’s environment & documentation
  • 2. Get the source files of LBM_Saclay
  • 3. Compilation
  • 4. Run your first test case on your local CPU
  • 5. Post-processing with Paraview

• First simulations on ORCUS: example with GPU partition
  • Connexion and disks on ORCUS
  • Submit your job with slurm script
  • Transfer your output files on your local computer

Practice two-phase with LBM_Saclay

• Practice of two-phase flows with test cases of run_training_lbm
  • Introduction
  • List of test cases in run_training_lbm
  • Parameters in S.I. units
  • Types of files in run_training_lbm
• Practice of phase-field with test cases of run_training_dissolution
  • Binary dissolution
  • Ternary dissolution

Set your own parameters in LBM_Saclay input files

• Description of LBM_Saclay input file
  • List of section names: [section name]
  • Sections Part I: generic sections
  • Sections Part II: problem-dependent sections

• Methodology to set your own parameters in input file
  • How to set dimensionless parameters
  • Recipes for stability and accuracy

Compilation and run with MPI

• First simulations on Topaze (CEA-CCRT) - doc updated Nov 27th, 2024
  • Connexion and available disks on Topaze
  • Compilation
  • Submit a job and run
  • Visualization with Topaze

• Beamer presentation with LyX and CEA template