BS ISO/TR 13387-1:1999

1 Scope
2 Normative references
3 Terms and definitions
4 The global approach
      4.1 General
      4.2 Summary of the fire safety engineering
             assessment process
      4.3 The subsystems of the design
      4.4 Design parameters
      4.5 The global information, evaluation and
             process concept
      4.6 Engineering methods
5 Fire safety management
      5.1 General
      5.2 Independent audit
6 Objectives and criteria
      6.1 General
      6.2 Functional objectives
      6.3 Acceptance criteria
7 Deterministic design
      7.1 Background
8 Probability design
      8.1 Background
      8.2 Basic probabilistic techniques
      8.3 Data required
      8.4 Common mode failures
9 Safety factors and uncertainty
10 Summary of the fire safety design process
      10.1 Overview
      10.2 Define the safety objectives and scope of
             the study
      10.3 Set acceptance criteria
      10.4 Characterise the building, occupants and
             environment
      10.5 Undertake the qualitative design review
      10.6 Conduct quantified analysis
11 Reporting and presentation
      11.1 General
      11.2 Contents
Annex A (informative) The emergence of fire safety
                      engineering
Annex B (informative) The qualitative design review
Annex C (informative) Fire safety management
Annex D (normative) Life safety
Annex E (informative) Safety factors
Annex F (informative) Firefighting and rescue facilities

Covers one framework to provide an engineered approach to the achievement of fire safety in buildings, based on the quantifying of fire and people.

This part of ISO/TR13387 describes one framework for the provision of an engineered approach to the achievement of fire safety in buildings, based on the quantification of the behaviour of fire and people. The Technical Report is not intended as a detailed technical design guide, but could be used as the basis for development of such a guide. It indicates the interdependence and interactions between various components of the fire safety system and provides an indication of the totality of fire safety design. It is appropriate for various alternative single or multiple design objectives.

The basic principles given in this part of ISO/TR13387, together with the guidance on detailed aspects of fire safety design given in other parts, may be applied to all types of building and their use. Principally this Part applies to common types of building such as dwellings, office buildings, department stores, schools, hotels, and publicassembly and industrial buildings, new and existing.

The principles, the methodology and many of the calculation tools may be applied to the safe design of many other structures, which may or may not accommodate people, such as tunnels, petrochemical plants, offshore oil/gas installations and transportation systems (railway carriages, aircraft cabins and passenger ships).

This part of ISO/TR13387 takes into account many factors including building construction, means of escape, human factors, smoke management, detection, alarm and fire suppression and their contribution to the attainment of the fire safety objectives. It provides some alternative approaches to existing codes for fire safety and allows the effect of departures from more prescriptive codes and regulations to be evaluated.

Although the emphasis in this document is on safety of life, the fire safety engineering approach can also be used to assess property loss, business interruption, contamination of the environment and destruction of heritage. It is anticipated that, in the future, this part of ISO/TR13387 will be broadened to cover, for example, property loss, business interruption, contamination of the environment and destruction of heritage.