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Steel Designers’ Manual
The Steel Construction Institute
E-Book
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Beschreibung:
This classic manual on structural steel design provides a major source of reference for structural engineers and fabricators working with the leading construction material. Based fully on the concepts of limit state design, the manual has been revised to take account of the 2000 revisions to BS 5950. It also looks at new developments in structural steel, environmental issues and outlines the main requirements of the Eurocode on structural steel.
This classic manual on structural steel design provides a major source of reference for structural engineers and fabricators working with the leading construction material. Based fully on the concepts of limit state design, the manual has been revised to take account of the 2000 revisions to BS 5950. It also looks at new developments in structural steel, environmental issues and outlines the main requirements of the Eurocode on structural steel.
Single-storey buildings.
Range of building types.
Loading.
Design of common structural forms.
Worked example.
Multi-storey buildings.
Introduction.
Factors influencing choice of form;Anatomy of structure.
Worked example.
Industrial steelwork.
Range of structures and scale of construction.
Anatomy of construction.
Loading.
Structure in its wider context.
Bridges.
Introduction.
Selection of span.
Selection of type.
Codes of practice.
Traffic loading.
Other actions.
Steel grades.
Overall stability and articulation.
Initial design.
Worked example.
Other structural applications of steel.
Towers and masts.
Space frames.
Cable structures.
Steel in residential construction.
Atria.
Applied metallurgy of steel.
Introduction.
Chemical composition.
Heat treatment.
Manufacture and effect on properties.
Engineering properties and mechanical tests.
Fabrication effects and service performance.
Summary.
Fracture and fatigue.
Fracture.
Linear elastic fracture mechanics.
Elastic-plastic fracture mechanics.
Materials testing for fracture properties.
Fracture-safe design.
Fatigue.
Sustainability and steel construction.
Introduction.
Environmental impacts.
Embodied energy.
Operational energy.
Summary.
Bolt and weld groups.
Other elements.
Sheet pile sections.
Floor plate design tables.
Construction.
Fire information sheets.
Section factors.
Minimum thickness of spray protection.
Basic data on corrosion.
Codes and standards.
Range of building types.
Loading.
Design of common structural forms.
Worked example.
Multi-storey buildings.
Introduction.
Factors influencing choice of form;Anatomy of structure.
Worked example.
Industrial steelwork.
Range of structures and scale of construction.
Anatomy of construction.
Loading.
Structure in its wider context.
Bridges.
Introduction.
Selection of span.
Selection of type.
Codes of practice.
Traffic loading.
Other actions.
Steel grades.
Overall stability and articulation.
Initial design.
Worked example.
Other structural applications of steel.
Towers and masts.
Space frames.
Cable structures.
Steel in residential construction.
Atria.
Applied metallurgy of steel.
Introduction.
Chemical composition.
Heat treatment.
Manufacture and effect on properties.
Engineering properties and mechanical tests.
Fabrication effects and service performance.
Summary.
Fracture and fatigue.
Fracture.
Linear elastic fracture mechanics.
Elastic-plastic fracture mechanics.
Materials testing for fracture properties.
Fracture-safe design.
Fatigue.
Sustainability and steel construction.
Introduction.
Environmental impacts.
Embodied energy.
Operational energy.
Summary.
Bolt and weld groups.
Other elements.
Sheet pile sections.
Floor plate design tables.
Construction.
Fire information sheets.
Section factors.
Minimum thickness of spray protection.
Basic data on corrosion.
Codes and standards.