Fire Safety Design for Tall Buildings
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Fire Safety Design for Tall Buildings
Fu, Feng
Taylor & Francis Ltd
09/2022
250
Mole
Inglês
9780367697716
15 a 20 dias
453
Descrição não disponível.
1 Introduction 2 Regulatory requirements and basic fire safety design principles 3 Fundamentals of fire and fire safety design 4 Structural fire design principles for tall buildings 5 Typical fire safety design strategy for tall buildings 6 Fire analysis and modeling 7 Preventing fire-induced collapse of tall buildings 8 New technologies and machine learning in fire safety design 9 Post-fire damage assessment
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Fire Safety Design;Structural Fire Design;Progressive collapse;Fire Scenarios;Shard;Structural Fire Analysis;CTBUH;Tall Buildings;Blast protection;Fire Resistance Rating;Grenfell;Tensile Membrane Action;Fire dynamics;Fire Load Density;Fire safety;Composite Slabs;Building performance;Burj Khalifa;Fire in structures;Compartment Fire;machine learning;Fire Resistant Design;heat transfer analysis;British Research Establishment;Grenfell Tower;Cardington Tests;3D modelling techniques;Limit State Function;Compartment Walls;Fire Limit State;Cardington Fire Test;Fire Spread;PAVA;Reinforced Concrete Beam;RC Beam;Steady State Thermal Analysis
1 Introduction 2 Regulatory requirements and basic fire safety design principles 3 Fundamentals of fire and fire safety design 4 Structural fire design principles for tall buildings 5 Typical fire safety design strategy for tall buildings 6 Fire analysis and modeling 7 Preventing fire-induced collapse of tall buildings 8 New technologies and machine learning in fire safety design 9 Post-fire damage assessment
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Fire Safety Design;Structural Fire Design;Progressive collapse;Fire Scenarios;Shard;Structural Fire Analysis;CTBUH;Tall Buildings;Blast protection;Fire Resistance Rating;Grenfell;Tensile Membrane Action;Fire dynamics;Fire Load Density;Fire safety;Composite Slabs;Building performance;Burj Khalifa;Fire in structures;Compartment Fire;machine learning;Fire Resistant Design;heat transfer analysis;British Research Establishment;Grenfell Tower;Cardington Tests;3D modelling techniques;Limit State Function;Compartment Walls;Fire Limit State;Cardington Fire Test;Fire Spread;PAVA;Reinforced Concrete Beam;RC Beam;Steady State Thermal Analysis
