Hamerlinck, A. F.,
Steel design. fire safety and fire resistant design of steel structures for buildings according to Eurocode 3 / 2, Fire : Fire. A.F. Hamerlinck. - 1 online resource. -
Includes bibliographical references.
Table of Contents
1 Fire safety
1.1 What is fire safety?
1.2 Development of a fire
1.3 Design of fire safe buildings
1.4 Fire safety requirements
1.5 Fire as an accidental action
1.6 Behaviour of steel during fire
1.7 Literature
2 Calculation of the fire restance
2.1 Terms and conditions
2.2 Calculation of the thermal response
2.3 Calculation of the mechanical response
2.4 tension members
2.5 Beams not sensitive to lateral torsional buckling
2.6 Columns
2.7 Beams sensitive to lateral torsional buckling
2.8 Integrated beams, unprotected
2.9 Integrated beams, protected
3 Fire safety engineering
3.1 What is fire safety engineering?
3.2 Natural fires and local fires
3.3 Natural fire and compartment fires
3.4 Natural fires and external steel structures
3.5 System behaviours of steel structures
3.6 Literature
4 Design tables
The book deals with the subject of fire safety and the design of fire resistant steel structures for buildings according to Eurocode 3. Chapter 1 describes the objectives of fire safety based on the behaviour of a fire and discusses the measures that a designer can take to meet the fire safety requirements found in building regulations. Chapter 2 deals with the calculation of the fire resistance of steel structures. The simple calculation model is suitable for tension members, beams that are not sensitive to lateral torsional buckling, columns, and beams that are sensitive to lateral torsional buckling. The advanced model is used for the calculation of the resistance of unprotected and protected integrated beams as found in shallow floor construction. Chapter 3 deals with fire safety engineering. This is a relatively new field in which physical models are used to describe the behaviour of a fire and its effect on structures and users. Situations are discussed for which fire safety engineering can be applied in practice: steel structures subject to a natural fire (local fires without flashover and compartment fires with flashover), steel structures located outside a building in the open air, and the system behaviour of a steel structure with a composite steel and concrete floor subject to a standard fire. Chapter 4 contains fourteen design tables to allow easy determination of the steel temperature, the reduction factor on the material strength, the cross section class, the critical steel temperature and more.
About the Author
Dr.ir. Ralph Hamerlinck has extensive experience as consulting engineer, teacher and author in the field of fire safety. He is also closely involved in developments in regulations and standards on fire safety.
9783433611555 3433611556
10.1002/9783433611555 doi
Building, Iron and steel--Fires and fire prevention.
Fire prevention.
Electronic books.
TA684
693.8/2
Steel design. fire safety and fire resistant design of steel structures for buildings according to Eurocode 3 / 2, Fire : Fire. A.F. Hamerlinck. - 1 online resource. -
Includes bibliographical references.
Table of Contents
1 Fire safety
1.1 What is fire safety?
1.2 Development of a fire
1.3 Design of fire safe buildings
1.4 Fire safety requirements
1.5 Fire as an accidental action
1.6 Behaviour of steel during fire
1.7 Literature
2 Calculation of the fire restance
2.1 Terms and conditions
2.2 Calculation of the thermal response
2.3 Calculation of the mechanical response
2.4 tension members
2.5 Beams not sensitive to lateral torsional buckling
2.6 Columns
2.7 Beams sensitive to lateral torsional buckling
2.8 Integrated beams, unprotected
2.9 Integrated beams, protected
3 Fire safety engineering
3.1 What is fire safety engineering?
3.2 Natural fires and local fires
3.3 Natural fire and compartment fires
3.4 Natural fires and external steel structures
3.5 System behaviours of steel structures
3.6 Literature
4 Design tables
The book deals with the subject of fire safety and the design of fire resistant steel structures for buildings according to Eurocode 3. Chapter 1 describes the objectives of fire safety based on the behaviour of a fire and discusses the measures that a designer can take to meet the fire safety requirements found in building regulations. Chapter 2 deals with the calculation of the fire resistance of steel structures. The simple calculation model is suitable for tension members, beams that are not sensitive to lateral torsional buckling, columns, and beams that are sensitive to lateral torsional buckling. The advanced model is used for the calculation of the resistance of unprotected and protected integrated beams as found in shallow floor construction. Chapter 3 deals with fire safety engineering. This is a relatively new field in which physical models are used to describe the behaviour of a fire and its effect on structures and users. Situations are discussed for which fire safety engineering can be applied in practice: steel structures subject to a natural fire (local fires without flashover and compartment fires with flashover), steel structures located outside a building in the open air, and the system behaviour of a steel structure with a composite steel and concrete floor subject to a standard fire. Chapter 4 contains fourteen design tables to allow easy determination of the steel temperature, the reduction factor on the material strength, the cross section class, the critical steel temperature and more.
About the Author
Dr.ir. Ralph Hamerlinck has extensive experience as consulting engineer, teacher and author in the field of fire safety. He is also closely involved in developments in regulations and standards on fire safety.
9783433611555 3433611556
10.1002/9783433611555 doi
Building, Iron and steel--Fires and fire prevention.
Fire prevention.
Electronic books.
TA684
693.8/2