Fire Dynamics and Building Materials
( 25 Modules )

Module #1
Introduction to Fire Dynamics
Overview of fire dynamics, importance of understanding fire behavior, and course objectives

Module #2
Chemistry of Combustion
Principles of combustion, fuel types, and chemical reactions involved in fire

Module #3
Fire Triangle and Tetrahedron
Understanding the fire triangle (oxygen, fuel, heat) and tetrahedron (addition of chemical chain reaction)

Module #4
Fire Spread and Propagation
Mechanisms of fire spread, including convection, conduction, and radiation

Module #5
Building Materials and Fire
Overview of common building materials, their properties, and interactions with fire

Module #6
Combustible Materials
Characteristics and fire behavior of common combustible materials (wood, paper, plastics)

Module #7
Non-Combustible Materials
Properties and fire behavior of non-combustible materials (steel, concrete, glass)

Module #8
Fire Resistance Ratings
Understanding fire resistance ratings, test methods, and applications

Module #9
Thermal Properties of Materials
Thermal conductivity, specific heat, and thermal diffusivity of common building materials

Module #10
Ignition and Piloted Ignition
Principles of ignition, piloted ignition, and ignition sources

Module #11
Fire Growth and Development
Stages of fire growth, including incipient, smoldering, and flaming fires

Module #12
Fire Dynamics in Compartment Fires
Fire behavior in enclosed spaces, including ventilation, fuel loads, and heat transfer

Module #13
Flashover and Fully Developed Fires
Characteristics and hazards of flashover and fully developed fires

Module #14
Fire Suppression Systems
Overview of fire suppression systems, including sprinkler systems, clean agents, and water mist systems

Module #15
Fire Safety Design and Architecture
Design principles for fire-safe buildings, including escape routes, compartmentalization, and fire resisting construction

Module #16
Fire Risk Assessment and Hazard Identification
Conducting fire risk assessments, identifying hazards, and implementing mitigation measures

Module #17
Fire Investigation and Forensics
Principles of fire investigation, evidence collection, and fire cause determination

Module #18
Fire Modeling and Simulation
Overview of fire modeling software, types of models, and applications

Module #19
Fire Dynamics in Wildland-Urban Interface Fires
Characteristics and challenges of wildland-urban interface fires

Module #20
Fire Dynamics in Industrial and Process Fires
Unique challenges and considerations for industrial and process fires

Module #21
Fire Dynamics in Transportation Fires
Fire hazards and dynamics in vehicles, aircraft, and ships

Module #22
Fire Safety Regulations and Codes
Overview of fire safety regulations, codes, and standards (e.g. NFPA, IBC, ISO)

Module #23
Fire Research and Development
Current research in fire dynamics, new materials, and emerging trends

Module #24
Fire Safety Management and Emergency Response
Fire safety management, emergency response planning, and incident command systems

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Fire Dynamics and Building Materials career

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Fire Dynamics and Building Materials ( 25 Modules )

Fire Dynamics and Building Materials
( 25 Modules )