Fire Safety Engineering Design of Structures Third Edition by John Purkiss, Long Yuan Li ISBN 978-1466585478 1466585471
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Product details:
ISBN 10: 1466585471
ISBN 13: 978-1466585478
Author: John A. Purkiss, Long-Yuan Li
FIRE SAFETY ENGINEERING DESIGN OF STRUCTURES 3ED (HB 2014)
Table of contents:
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Fire Safety Engineering
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Design Concerns
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Control of Ignition
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Control of Flammability
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Control of Growth of Fire
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Fire Safety Management
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Means of Escape
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Detection and Control of the Fire
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Fire Detection
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Smoke Control
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Fire Fighting Systems
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Compartmentation
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Fire Spread between Structures
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Structure Collapse
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Regulatory Control
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Fire Precautions during Construction and Maintenance
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Summary
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Active Measures
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Passive Measures
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Design Philosophies
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Ambient Limit State Design
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Fire Limit States
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Load-Bearing Capacity Criterion
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Insulation Criterion
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Determination of Partial Safety Factors
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Assessment Models
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Assessment Method – Level 1
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Assessment Method – Level 2
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Assessment Method – Level 3
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Practical Considerations
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Applicability of Assessment Levels
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Interaction Between Active and Passive Measures
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Prescriptive Approach
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Standard Fire Test
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Drawbacks to the Fire Test
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Expense
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Specimen Limitations
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Effect of Restraint or Continuity
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Confidentiality of Results
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Loading
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Failure Modes
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Reproducibility
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Prescriptive Determination of Fire Resistance
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Concrete
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Structural Steelwork
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Masonry
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Timber
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Behaviour of Natural Fires
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Development of Compartment Fires
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Pre-flashover Period
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Post-flashover Period
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Decay Phase
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Factors Affecting the Growth Phase
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Calculation of Compartment Temperature-Time Responses
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Estimation of Fire Characteristics
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Fire Severity and Time Equivalence
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Localized Fires
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Zone Modelling and Computational Fluid Dynamics (CFD)
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Properties of Materials at Elevated Temperatures
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Thermal Data
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Materials Data
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Constitutive Stress-Strain Laws
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Calculation Approach
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Thermal Analysis
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Calculation of Temperature in Timber Element
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Structural Analysis
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Coupled Heat and Mass Transfer in Concrete
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Volumetric Fractions of Solid, Liquid and Gaseous Phases
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Mass Transfer of Free Water and Gaseous Mixture
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Heat Transfer in a Multiphase Medium
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Numerical Results
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Design of Concrete Elements
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Calculation of Temperatures
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Graphical Data
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The ISE and Concrete Society Design Guide (1978)
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FIP/CEB Report (1978)
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EN 1992-1-2
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Empirical Methods
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Wickström’s Method
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Hertz’s Method
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Values of Thermal Diffusivity
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Position of the 500°C Isotherm
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Simple Calculation Methods
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Calculation of Load Effects
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Direct Calculation
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Indirect Calculation
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Materials Partial Safety Factors
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Methods of Determining Section Capacity
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Reduced Section Method (500°C Isotherm)
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Method of Slices (Zone Method)
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Calibration of the 500°C Isotherm Method and the Zone Method
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Columns
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Comparisons Between the Methods of Calculation
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Design and Detailing Considerations
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Shear
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Bond
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Spalling
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Moisture Content
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Concrete Porosity and Permeability
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Stress Conditions
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Aggregate Type
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Section Profile and Cover
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Heating Rate
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Concrete Strength
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High Strength Concrete and Self-Compacting Concrete
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Detailing
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Design of Steel Elements
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Calculation of Temperatures
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Basic Principles
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Heat Flow in Uninsulated Steelwork
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Heat Flow in Insulated Steelwork
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ECCS Method of Calculation
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EN 1993-1-2 Approach
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Effect of Moisture
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Effective Density of Insulation
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Delay Time
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Empirical Approach for the Calculation of Temperatures
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Bare Steelwork
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Protected Steelwork
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Calculation of Am/V
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Thermal Properties of Insulation Materials
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Design of Non-composite Steelwork
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Determination of Structural Load in the Fire Limit State
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EN 1993-1-2 Approach for the Determination of Structural Fire Capacity
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Background to the Eurocode Method
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Eurocode Methods
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Other Steelwork Constructions
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External Steelwork
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Shelf Angle Floors
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Stainless Steel
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Cold-Formed Steel Sections
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Methods of Protection
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Types of Protection
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Board Systems
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Spray Protection
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Intumescent Paints
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Brickwork/Blockwork
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Concrete Encasement
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Manufacturer’s Data
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Connections
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Aging and Partial Loss of Protection
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Aging Effects
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Partial Loss of Protection
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Composite Construction
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Composite Slabs
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Insulation Requirement
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Calculation Approach
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Effective Thickness
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Load-bearing Capacity
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Calculation of Moment Capacity
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Composite Beams
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Critical Temperature Approach
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Full Moment Calculation
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Concrete-filled Steel I- and H-Section Columns
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Concrete-Filled Steel Tube Columns
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Design of Timber Elements
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Design to EN 1995-1-2
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Empirical Approaches
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Masonry, Aluminium, Plastics and Glass
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Masonry
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Aluminium
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Plastics and Plastic-Based Composites
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Glass
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Frames
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Tests on Isolated Frames
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Tests on the Large Frame Structures at Cardington
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Fire Behaviour of Connections
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Pitched Roof Portals
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Assessment and Repair of Fire Damaged Structures
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Visual Inspection
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Damage Assessment
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Strength Assessment of the Structure
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Methods of Repair
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Demolition of Fire Damaged Structures
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References
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Author Index
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Subject Index
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Tags: John Purkiss, Long Yuan Li, Fire Safety, Design of Structures