Encyclopaedia Index

Tutorials

Contents

  1. Overview
  2. General
  3. PARSOL and Fine-Grid Embedding
  4. Importing CAD data
  5. Transient
  6. Parameterised Multi-Run
  7. Body-Fitted Co-ordinates
  8. Polar Co-ordinates
  9. Radiation Models - IMMERSOL
  10. Combustion Models
  11. Turbulence Models
  12. Multi-phase
  13. IPSA
  14. Free Surface Methods
  15. Algebraic Slip
  16. Shallow-water flows
  17. Lagrangian Tracker, GENTRA
  18. Moving Bodies - MOFOR
  19. FORTRAN Coding
  20. In-Form
  21. Miscellaneous

Overview

  1. Familiarisation with PHOENICS

General

  1. Flow through a simple labyrinth
  2. Duplication of objects
  3. Cylindrical obstacles
  4. Array and group settings
  5. Fans and inlets
  6. A jet pump
  7. Flow simulation in a pipe
  8. Flow Around Buildings with wind-profile inlets
  9. Wind and Solar Heating
  10. Wind and Solar Heating using a Weather File
  11. Flow Over Heated Bricks
  12. Conjugate heat transfer
  13. Introducing a contaminant
  14. Modifying domain properties
  15. Working with ASSEMBLY Objects
  16. Working with Angled Inlets and Outlets - 1
  17. Working with Angled Inlets and Outlets - 2
  18. Working with Linked Angled Inlets
  19. Working with Transfer Objects
  20. Flow through a Forest - the FOLIAGE object
  21. Air-Conditioning in a Telecom Enclosure

PARSOL and Fine-Grid Embedding

  1. PARSOL - Duct at 30 degree to the horizontal
  2. Fine-grid embedding

Importing CAD Data / Datmaker

  1. CAD Import / Datmaker: Importing and Repairing 3DS Files, Placing a CAD file, splitting a CAD file.
  2. CAD Import / Datmaker: Repairing and Splitting a CAD file into individual objects
  3. Datmaker: Merging and Subtracting Objects

Transient

  1. Heat conduction in a bar
  2. Rupture of a diaphragm

Parameterised Multi-Run

  1. Creating a Parameterised Multi-Run

Body-Fitted Co-ordinates

  1. BFC 1 - Points and Lines
  2. BFC 2 - Making Frames
  3. BFC 3 - Frame matching
  4. BFC 4 - Copy/Transfer
  5. BFC 5 - Boundary Conditions
  6. BFC 6 - A Simple Case
  7. Multi-blocking 1 T-Junction, natural link
  8. Multi-blocking 2 3 Blocks, unnatural link
  9. Grid-generation via PIL commands

Polar Co-ordinates

  1. Flow in a Cylindrical Jet Pump
  2. 3D Swirling Flow Through an Orifice Plate

Radiation Models - IMMERSOL

  1. IMMERSOL: 2 bodies in a duct
  2. IMMERSOL in an electronics box

Combustion Models

  1. SCRS
  2. ESCRS
  3. CHEMKIN

Turbulence Models

  1. Turbulence modelling
  2. The LVEL turbulence model

Multi-phase

IPSA

  1. IPSA workshop 1 Two-Phase Flow (Solids in Air)
  2. IPSA workshop 2 Introducing non-standard interphase transport correlations using PLANT
  3. IPSA workshop 3 Two-Phase Flow (Boiling in Water/Steam system)

Free Surface Methods

  1. VOF workshop 1 Water pouring over a backward-facing step (2D)
  2. VOF workshop 2 Water pouring into a bund (3D)
  3. VOF workshop 3 Droplet falling over a wedge (2D)

Algebraic Slip

  1. ASM workshop 1 Flow in a Separator (2D)

Shallow-water flows

  1. Shallow-water workshop 1 Local depth in an open U-bend
  2. Shallow-water workshop 2 A whirlpool in a shallow pond: viscous flow

Lagrangian Tracker, GENTRA

  1. GENTRA: Particle-tracking Flow of solid particles over a backward facing step

Moving Bodies - MOFOR

  1. Overview of the MOF file
  2. MOFOR Example - Agitated tank

FORTRAN Coding

  1. Using PLANT
  2. Using GROUND

In-Form

  1. In-Form - Inlet boundary layer profile
  2. In-Form - Time-dependent heat source
  3. In-Form - Object-related Source
  4. In-Form - Average Values and Tabular Output

Miscellaneous

  1. Boundary conditions and sources
  2. Creating VR geometry
  3. Making new objects from old
  4. Using the AC3D Solid Modeler