• Search
• Sitemap

Special Lectures on PHOENICS

Combustion

• Simple Chemically-Reacting System (SCRS)
• Extended Simple Chemically-Reacting System (ESCRS)
• CHEMKIN

Multi-phase and Free Surface flows

• Overview of Multi-phase flow models
• Two inter-mingled phases (IPSA)
• The Algebraic Slip Model (ASM)
• The GENTRA particle tracker
• The Scalar Equation Method (SEM)
• The Height of Liquid method (HOL)
• Shallow-water modeling

Code Customisation

• Fortran Coding in GROUND
• Fortran Coding via PLANT
• The PHOENICS In-Form Facility (No Fortran!)

Moving Bodies

• MOFOR: MOving Frames Of Reference

Turbulence Models

• Turbulence models in PHOENICS
• Multi-fluid models of turbulence
• The LVEL model of turbulence
• Turbulence model Tutorials

Radiation Models

• Radiation models in PHOENICS
• In "Fluid flow and solid stress by a single algorithm":
  1. multi-physics example
  2. IMMERSOL section

Solid Stress Analysis

• St Petersburg lecture 2001
  Fluid flow and solid stress by a single algorithm
• Section 2 of Beijing lecture 2000
  Turbulence models for the 21st century
• Three lectures of similar content:
  • Fluid-structure interaction
  • CAD to SFT
  • NAFEMS 1999