1 Introduction to fire investigation
Impact of fire and explosion damages
General procedures of fire investigation
Effective fire investigation
2 Fundamentals of fire science
Fire triangle
Heat release due to fire
Fire kinetics
3 Fire properties of materials
Flammability limits
Flash point
Auto ignition temperature
4 Fire ignition mechanisms
Electrical sparks and arcs
Mechanical sparks
Resistive heating
Hot surfaces
Thermal radiation
5 Fire dynamics/spread and pattern
Fire growth rate and flame propagation
Effect of fuel load and ventilation on fire development
Flashover
Temperature versus time
Fire patterns
6 Damage mechanisms from fire and explosion
Thermal damage mechanism
Non-thermal damage mechanisms
7 Fire scene processing and evaluation
Information gathering
Scene documentation
Preservation of evidence for offsite fire investigations
Identifying and retaining important physical evidence
Evaluating samples collected from the fire site
8 Laboratory examination and analysis techniques on fire debris
Visual and macroscopic examination
X-ray imaging on fire affected objects
Cross sectional examination and Metallography
Scanning electron microscopy (SEM)
Energy dispersive X-ray spectrometry (EDX)
Fourier Transform Infrared Spectrometry (FTIR)
Gas chromatography–mass spectrometry (GC-MS)
9 Case studies of fire and explosion investigation
Brief investigation on different types of fire and explosion cases including mechanical fire, electrical fire, vehicle fire, building fire, etc.