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Ebook details:
عنوان: By Richard Gann Principles Of Fire Behavior And Combustion (4th Edition)
نویسنده: Books
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زبان:
شابک: Jones & Bartlett Learning (December 18, 2013), B00N4EN73G
حجم: 14 Mb
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Cover Title Page Copyright Brief Contents Table of Contents Instructor and Technology Resources Acknowledgments Introduction Chapter 1 Fire Measurement and the SI System of Units About Measurement Length, Area, and Volume Units Mass and Density Units Time Units Force and Pressure Units Energy and Enthalpy Units Power Units Temperature Units Conversion Factors Chapter 2 Chemical Elements and Compounds: Atoms and Molecules Atoms Stability of Atoms Atomic Mass and Dimension Molecules and Compounds Chemical Bonds and Valence Organic Chemistry Nomenclature Isomers Ions Free Radicals and Free Atoms Chapter 3 Physical and Chemical Change States of Matter Characterization of Phases Properties of Gases Properties of Liquids Properties of Solids Physical and Chemical Change Physical Changes Chemical Changes Principle of Combining Proportions Energetics of Chemical Change Chemical Equilibrium and Chemical Kinetics Chapter 4 Flow of Fluids Laws Governing Motions of a Rigid Body Momentum and Acceleration of a Rigid Body The Effect of Gravitation on a Rigid Body Potential Energy and Kinetic Energy: Mechanical Work Basic Elements of Fluid Behavior Force and Pressure Viscosity Buoyancy Chapter 5 Heat Transfer Temperature and Heat Modes of Heat Transfer Conductive Heat Transfer Convective Heat Transfer Radiative Heat Transfer Hazards from Heat Transfer Life Safety Endurance of Structures: Fire Resistance Chapter 6 Combustion, Fire, and Flammability Combustion Flaming and Nonflaming Combustion Fire Initiation Fire Spread Fire Ventilation Fire Termination Two Examples of Room Fires Flammability Fire Consequences, Hazard, Risk, and Flashover Chapter 7 Fire Characteristics: Gaseous Combustibles Categorization of Flames Premixed versus Diffusion Flames Laminar versus Turbulent Flames Ignition of Gases Flammability Limits and Propagation Rates of Premixed Flames Flammability Limits Burning Velocity Explosions, Deflagrations, and Detonations Chemical Mechanisms of Combustion of Gases Elementary Chemistry Hydrogen Oxidation Premixed Methane–Oxygen Flame Chemistry Combustion of Larger Hydrocarbon Fuels Specific Hazardous Gases Hydrogen (H2) Acetylene (C2H2) Methane (CH4) Ethylene (C2H4) Ammonia (NH3) Chapter 8 Fire Characteristics: Liquid Combustibles Ignition of Liquids: Flash Point, Fire Point, and Autoignition Temperature Burning Rates of Liquid Pools Flame Spread Rates over Liquid Surfaces Hazards of Liquid Fuel Fires Chapter 9 Fire Characteristics: Solid Combustibles Fire Stages and Metrics Solids versus Gases and Liquids Materials and Products Pyrolysis Ignition to Flaming Combustion Ignition to Nonflaming Combustion Char Formation and Melting Mass Burning and Flame Spread Combustible Solids Cellulosic and Other Natural Materials Synthetic Polymeric Materials Fire Retardants Composite Materials and Furnishings Acid–Base Pairs Metals Exothermic Materials Chapter 10 Combustion Products Smoke Aerosols General Nature Soot Formation Aerosol Mist Formation Measurement of Aerosol Yields Quantity of Smoke Particles Produced Visibility through Smoke Gaseous Combustion Products CO2 and H2O CO Partially Oxidized Organic Molecules Hydrogen Halides HCN Nitrogen Oxides Other Combustion Gases Smoke Alarms Chapter 11 Smoke and Heat Hazards Hazards of Smoke Exposure Toxicity of Prominent Fire Gases Carbon Monoxide Carbon Dioxide Hydrogen Cyanide Hydrogen Chloride and Hydrogen Bromide Nitrogen Oxides Organic Irritants Other Toxic Species Oxygen Deficiency Smoke Toxic Potency Measurement Nonthermal Smoke Damage Thermal Damage The Limiting Hazard Concept Chapter 12 Movement of Fire Gases Structure of a Fire Plume in the Open Fire Plume under a Ceiling Filling of a Fire Compartment by Smoke Smoke Flow from a Compartment with an Opening Smoke Movement in Buildings Chapter 13 Fire Fighting Chemicals Categories of Fire Suppressants Aqueous Agents Water Enhanced Water Aqueous Foams Nonaqueous Agents Inert Gases Active Halogenated Agents Dry Chemical Agents Special Considerations for Fire Extinguishment Extinguishment of Flowing Gas Flames Extinguishment of a Shallow Liquid Fuel Spill Fire Extinguishment of a Deep Tank Liquid Fuel Fire Ultrafast Extinguishment of Fires Chapter 14 Computational Modeling of Fires Types of Models Users of Models Zone Models The Zone Approximation The Consolidated Model of Fire and Smoke Transport Zone Model Field Models Characteristics of Field Models The Fire Dynamics Simulator Computational Modeling and the Limiting Hazard Concept Values and Limitations of Models Appendix A FESHE Correlation Guide Appendix B Imperial and Metric Conversions Glossary Index

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