Skip to main content
Back to top
Ctrl
+
K
Overview
Introduction
Team Fire Dynamics
References
Modelling
1. Modelling Fires
1.1. Physical and Chemical Processes
1.2. Fire Safety Engineering
1.3. Modelling Approaches
2. Fluid Dynamics
2.1. Fluids
2.2. Computational Fluid Dynamics
2.3. Turbulence
3. Compartment Fires
3.1. Fundamentals
3.2. Example – Pool Fire
3.3. Example - Steckler Compartment
4. Thermodynamics
4.1. Fundamentals
4.2. Energy and Mass Transfer
5. Combustion
5.1. Fundamentals
5.2. Modelling
5.3. Example – Closed Volume
5.4. Wolfhard-Parker Burner
6. Heat Transfer
6.1. Fundamentals
6.2. Example – Heat Transfer
6.3. Validation – Heat Transfer
6.4. Example – 3D Heat Transfer
7. Particles
7.1. Modelling
7.2. Example – Sprays
8. Pyrolysis
8.1. Fundamentals
8.2. Example - Gasification of PMMA
Examples
Basic
Basic FDS Example I
Basic FDS Example II
Basic Example III
Basic Example IV
Basic Example V
Basic Example, Data Analysis I
Basic Example, Data Analysis II
Intermediate
Data Analysis I
Adjust FDS Input Files
Work Flow Proposal
Repetitive Execution of Scripts
Data Analysis II
Build FDS Input Lines Using Python String Manipulation
Advanced
McCaffrey Plumes
Steckler Compartments
Zukoski Plumes
Tools
FDS and SMV
FDS Overview
FDS Basic Example
Smokeview Basics
HPC
Linux
High Performance Computing
Parallel Execution of FDS
Benchmarking
Data Analysis
Python
Example: McCaffrey plume experiments
fdsreader Module
Teaching
Fire Simulation Lecture @ BUW
Week 1
Week 2
CoBra Workshop
CoBra Workshop I
CoBra Workshop II
CoBra Workshop III
Repository
Suggest edit
Open issue
.md
.pdf
Particles
7.
Particles
#
