NFPA 92B : 2009

Chapter 1 - Administration
  1.1 Scope
  1.2 Purpose
  1.3 Retroactivity
  1.4 Equivalency
Chapter 2 - Referenced Publications
  2.1 General
  2.2 NFPA Publications
  2.3 Other Publications
  2.4 References for Extracts in Mandatory Sections
Chapter 3 - Definitions
  3.1 General
  3.2 NFPA Official Definitions
  3.3 General Definitions
Chapter 4 - Design Fundamentals
  4.1 Design Objectives
  4.2 Design Basis
  4.3 Design Approaches
  4.4 Design Considerations
  4.5 Smoke Management System Operation
  4.6 Makeup Air
  4.7 Operating Conditions
  4.8 Weather Data
  4.9 Stratification of Smoke
Chapter 5 - Calculation Procedures
  5.1 Introduction
  5.2 Design Fire
  5.3 Mass Consumption
  5.4 Varying Cross-Sectional Geometries and Complex
      Geometries
  5.5 Opposed Airflow
  5.6 Scaling Laws
Chapter 6 - Algebraic Equations
  6.1 Smoke Layer Calculations
  6.2 Rate of Smoke Mass Production
  6.3 Number of Exhaust Inlets
  6.4 Volumetric Flow Rate
  6.5 Density of Smoke
Chapter 7 - Equipment and Controls
  7.1 Smoke Dampers
  7.2 Makeup Air System
  7.3 Control Systems
  7.4 Electrical Services
  7.5 Materials
Chapter 8 - Testing
  8.1 General
  8.2 Component System Testing
  8.3 Acceptance Testing
  8.4 Periodic Testing
Chapter 9 - Design Documentation
  9.1 Documentation Required
  9.2 Detailed Design Report
  9.3 Operations and Maintenance Manual
Annex A - Explanatory Material
Annex B - Predicting the Rate of Heat Release of Fires
Annex C - t-Squared Fires
Annex D - Example Problems Illustrating the Use of the
          Equations in NFPA 92B
Annex E - Zone Fire Models
Annex F - Computational Fluid Dynamic (CFD) Models
Annex G - Additional Design Objectives
Annex H - Stratification of Smoke
Annex I - Comparison of Equations
Annex J - Informational References
Index

Provides methodologies for estimating the location of smoke within a large-volume space due to a fire either in the large-volume space or in an adjacent space.