Glossary of fire terms and definitions

Classification of fires

Classification of fires

Classification of fires

Firebrand generator

Fire protection — Safety signs

Equipment for fire protection and fire fighting — Graphical symbols for fire protection plans — Specification

Fire data — Collection and presentation system

Fire protection — Vocabulary — Part 1: General terms and phenomena of fire

Fire protection — Vocabulary — Part 2: Structural fire protection

Fire protection — Vocabulary — Part 3: Fire detection and alarm

Fire protection — Vocabulary — Part 4: Fire extinction equipment

Fire protection — Vocabulary — Part 5: Smoke control

Fire protection — Vocabulary — Part 6: Evacuation and means of escape

Fire protection — Vocabulary — Part 7: Explosion detection and suppression means

Fire protection — Vocabulary — Part 8: Terms specific to fire-fighting, rescue services and handling hazardous materials

Railway applications — Fire protection on railway vehicles — Part 1: General

Validation method for fire gas analysis — Part 1: Limits of detection and quantification

Validation method for fire gas analysis — Part 2: Intralaboratory validation of quantification methods

Validation method for fire gas analysis — Part 3: Considerations related to interlaboratory trials

Validation method for fire gas analysis — Part 3: Considerations related to interlaboratory trials

Fire safety engineering — Part 1: Application of fire performance concepts to design objectives

Fire safety engineering — Part 2: Design fire scenarios and design fires

Fire safety engineering — Part 3: Assessment and verification of mathematical fire models

Fire safety engineering — Part 4: Initiation and development of fire and generation of fire effluents

Fire safety engineering — Part 5: Movement of fire effluents

Fire safety engineering — Part 6: Structural response and fire spread beyond the enclosure of origin

Fire safety engineering — Part 7: Detection, activation and suppression

Fire safety engineering — Part 8: Life safety — Occupant behaviour, location and condition

Fire safety engineering — Guidance for use of fire zone models

Life-threatening components of fire — Part 1: Guidelines for the estimation of time to compromised tenability and escape capability from exposure to smoke toxicants — Method based on tenability endpoints

Life-threatening components of fire — Part 2: Methodology and examples of tenability assessment

Life-threatening components of fire — Part 3: Guidelines for the estimation of time to compromised tenability and escape capability from exposure to smoke toxicants - Method based on lethality endpoints

Life-threatening components of fire — Part 5: Heat, smoke obscuration and mass loss models

Life-threatening components of fire — Guidelines for the estimation of time available for escape using fire data

Life-threatening components of fire — Guidelines for the estimation of time available for escape using fire data

Life-threatening components of fire — Guidelines for the estimation of time to compromised tenability in fires

Fire safety — Vocabulary

Fire safety — Vocabulary

Fire safety — Vocabulary

Fire safety — Vocabulary

Fire resistance — Guidelines for evaluating the predictive capability of calculation models for structural fire behaviour

Fire resistance tests — Guidelines for computational structural fire design

Fire resistance tests — Guidelines for the design and conduct of non-furnace-based large-scale tests and simulation

Room corner and open calorimeter — Guidance on sampling and measurement of effluent gas production using FTIR technique

Fire safety engineering — Examples of fire safety objectives, functional requirements and safety criteria

Fire safety engineering — Procedures and requirements for verification and validation of calculation methods — Part 1: General

Fire safety engineering — Assessment, verification and validation of calculation methods — Part 2: Example of a fire zone model

Fire safety engineering — Assessment, verification and validation of calculation methods — Part 3: Example of a CFD model

Fire safety engineering — Assessment, verification and validation of calculation methods — Part 4: Example of a structural model

Fire safety engineering — Assessment, verification and validation of calculation methods — Part 5: Example of an Egress model

Fire safety engineering — Assessment, verification and validation of calculation methods

Fire safety engineering — Fire risk assessment — Part 1: General

Fire Safety Engineering — Fire risk assessment — Part 2: Example of an office building

Fire safety engineering — Fire risk assessment — Part 3: Example of an industrial property

Fire safety engineering — Guidance on fire risk assessment

Fire safety engineering — Selection of design fire scenarios and design fires — Part 1: Selection of design fire scenarios

Fire safety engineering — Selection of design fire scenarios and design fires — Part 1: Selection of design fire scenarios

Fire safety engineering — Selection of design fire scenarios and design fires — Part 2: Design fires

Fire safety engineering — Selection of design fire scenarios and design fires — Part 2: Design fires

Fire safety engineering — Selection of design fire scenarios and design fires

Fire safety engineering — Requirements governing algebraic equations — Fire plumes

Fire safety engineering — Requirements governing algebraic equations — Smoke layers

Fire safety engineering — Requirements governing algebraic equations — Ceiling jet flows

Fire safety engineering — Requirements governing algebraic equations — Vent flows

Fire safety engineering — Requirements governing algebraic equations — Vent flows

Fire-safety engineering — Technical information on methods for evaluating behaviour and movement of people

Fire safety engineering — Design of evacuation experiments

Guidelines for assessing the adverse impact of wildland fires on the environment and to people through environmental exposure

Assessing the adverse impact of wildland fires on the environment and to people through environmental exposure

Controlled equivalence ratio method for the determination of hazardous components of fire effluents

Controlled equivalence ratio method for the determination of hazardous components of fire effluents — Steady-state tube furnace

Methods for sampling and analysis of fire effluents

Methods for sampling and analysis of fire effluents

Toxicity testing of fire effluents — Guidance for analysis of gases and vapours in fire effluents using FTIR gas analysis

Guidance for sampling and analysis of toxic gases and vapours in fire effluents using Fourier Transform Infrared (FTIR) spectroscopy

Sampling and analysis of toxic gases and vapours in fire effluents using Fourier Transform Infrared (FTIR) spectroscopy

Generation and analysis of toxic gases in fire — Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires

Generation and analysis of toxic gases in fire — Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires

Generation and analysis of toxic gases in fire — Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires

Guidelines for assessing the fire threat to people

Guidelines for assessing the fire threat to people

Guidelines for assessing the fire threat to people

Fire safety engineering — Survey of performance-based fire safety design practices in different countries

Fire safety engineering — Verification and validation protocol for building fire evacuation models

Fire safety engineering — Active fire protection systems — Part 1: General principles

Fire safety engineering — Active fire protection systems — Part 2: Estimation of heat detection time

FTIR analysis of fire effluents in cone calorimeter tests

Fire safety engineering — Estimating the reduction in movement speed based on visibility and irritant species concentration

Review of outputs for fire containment tests for buildings in the context of fire safety engineering

Requirements for large-scale test methods to represent fire threats to people in different fire scenarios

Fire safety engineering – Concept and example applications of risk-based fire safety design of buildings

Fire safety engineering — General principles — Part 1: General

Fire safety engineering — General principles — Part 2: Example of a dry-cleaning store

Fire safety engineering — General principles

Large outdoor fires and the built environment — Global overview of different approaches to standardization

Large outdoor fires and the built environment — Global overview of different approaches to standardization

Fire safety engineering — Requirements governing algebraic formulae — Part 1: General requirements

Fire safety engineering — Requirements governing algebraic formulae — Part 2: Fire plume

Fire safety engineering — Requirements governing algebraic formulae — Part 3: Ceiling jet flows

Fire safety engineering — Requirements governing algebraic formulae — Part 4: Smoke layers

Fire safety engineering — Requirements governing algebraic formulae — Part 5: Vent flows

Fire safety engineering — Requirements governing algebraic formulae — Part 6: Flashover related phenomena

Fire safety engineering — Requirements governing algebraic formulae — Part 6: Flashover-related phenomena

Fire safety engineering — Requirements governing algebraic formulae — Part 7: Radiation heat flux received from an open pool fire

Fire safety engineering — Requirements governing algebraic formulae — Part 7: Radiation heat flux received from an open pool fire

Fire safety engineering — Requirements governing algebraic formulae — Part 9: Ejected flame from an opening

Fire safety engineering — Performance of structures in fire — Part 1: General

Fire safety engineering — Performance of structure in fire — Part 2: Example of an airport terminal

Fire safety engineering — Performance of structure in fire — Part 3: Example of an open car park

Fire safety engineering — Performance of structures in fire — Part 4: Example of a fifteen-storey steel-framed office building

Fire safety engineering — Performance of structures in fire — Part 4: Example of a fifteen storey steel-framed office building

Fire safety engineering — Performance of structures in fire — Part 5: Example of a timber building in Canada

Fire safety engineering — Performance of structures in fire — Part 6: Example of an eight-storey office concrete building

Fire safety engineering — Performance of structures in fire — Part 8: Example of a probabilistic assessment of a concrete building

Fire safety engineering — Performance of structures in fire

Standardized post-fire data collection methods from large outdoor fires

Guidelines for assessing the adverse environmental impact of fire effluents — Part 1: General

Guidelines for assessing the adverse environmental impact of fire effluents — Part 1: General

Guidelines for assessing the adverse environmental impact of fire effluents — Part 2: Methodology for compiling data on environmentally significant emissions from fires

Guidelines for assessing the adverse environmental impact of fire effluents — Part 3: Sampling and analysis

Environmental damage limitation from fire-fighting water run-off

Fire tests — Uncertainty of measurements in fire tests

Fire safety engineering — Selection of design occupant behavioural scenarios

Comparison of toxic gas data from different tests — Part 1: Guidance and requirements

Guidance for comparison of toxic gas data between different physical fire models and scales

Fire chemistry — Generation and measurement of aerosols

Fire chemistry — Generation and measurement of aerosols — Amendment 1