NFPA 204 : standard for smoke and heat venting.

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	NFPA 204 - Standard for Smoke and Heat Venting - 2018
		Chapter 1 Administration
			1.1 Scope.
			1.2 Purpose. (Reserved)
			1.3 Application.
			1.4 Retroactivity.
			1.5 Equivalency.
			1.6 Units and Formulas.
		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 Fundamentals
			4.1 Design Objectives.
			4.2 Design Basis.
			4.3 Determination of Contents Hazard.
			4.4 Venting.
			4.5 Smoke Production.
			4.6 Vent Flows.
		Chapter 5 Vents
			5.1 Listed Vents.
			5.2 Vent Design Constraints.
			5.3 Methods of Operation.
			5.4 Dimensions and Spacing of Vents.
			5.5 Mechanical Smoke Exhaust Systems.
		Chapter 6 Air Inlets
			6.1 General.
			6.2 Construction.
			6.3 Location.
			6.4 Installation.
			6.5 Methods of Operation.
			6.6 Dimensions and Spacing of Air Inlets.
			6.7 Air Paths.
		Chapter 7 Draft Curtains
			7.1 General.
			7.2 Construction.
			7.3 Location and Depth.
			7.4 Spacing.
		Chapter 8 The Design Fire
			8.1 General.
			8.2 Steady (Limited-Growth) Fires.
			8.3 Growing (Continuous-Growth) Fires.
		Chapter 9 Sizing Vents
			9.1 General.
			9.2 Hand Calculations.
			9.3 Models.
		Chapter 10 Mechanical Smoke Exhaust Systems
			10.1 General.
			10.2 Exhaust Rates.
			10.3 Fire Exposure.
			10.4 Number of Exhaust Inlets.
			10.5 Intake Air.
		Chapter 11 Venting in Sprinklered Buildings
			11.1 Design.
			11.2 Automatic Sprinkler Systems.
			11.3 Storage Occupancies Protected by Control Mode Sprinklers.
		Chapter 12 Inspection and Maintenance
			12.1 General.
			12.2 Requirements.
			12.3 Inspection, Maintenance, and Acceptance Testing.
			12.4 Conduct and Observation of Operational Tests.
			12.5 Air Inlets.
			12.6 Ice and Snow Removal.
		Chapter 13 Design Documentation
			13.1 Documentation Required.
		Annex
			Annex A Explanatory Material
			Annex B The Theoretical Basis of LAVENT
			Annex C User Guide for the LAVENT Computer Code
			Annex D Sample Problem Using Engineering Equations (Hand Calculations) and LAVENT
			Annex E Predicting the Rate of Heat Release of Fires
			Annex F Design Information
			Annex G Informational References