Autor: Stephen Emmitt, Christopher A. Gorse
Wydawca: Wiley
Dostępność: 3-6 tygodni
Cena: 205,80 zł
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ISBN13: |
9781118255421 |
ISBN10: |
1118255429 |
Autor: |
Stephen Emmitt, Christopher A. Gorse |
Oprawa: |
Paperback |
Rok Wydania: |
2014-06-13 |
Numer Wydania: |
3rd Edition |
Ilość stron: |
808 |
Wymiary: |
241x172 |
Tematy: |
Q |
Robin Barry’s Construction of Buildings was first published in 1958 in 5 volumes, rapidly becoming a standard text on construction. In its current 2 volume format Barry remains hugely popular with both students and lecturers of construction and related disciplines. The third edition of Barry’s Introduction to Construction of Buildings provides the basic material you will need to understand the construction process for the majority of low rise buildings. Construction technology is explained and illustrated through the key functional and performance requirements for the main elements common to all buildings. With a stronger focus on building efficiency and meeting the challenges posed by limiting the environmental impact of buildings, you will find the text fully up to date with the latest building regulations and construction technologies. Particular attention has been paid to the careful integration of all topics, helping you to link concepts and follow related material. The new edition, with supporting website at www.wiley.com/go/barrysintroduction , provides the ideal introduction to construction technology
Preface Acknowledgements 1 Introduction 1.1 The function, performance and environmental impact of buildings 1.2 Making choices and sources of information 1.3 General principles of construction 1.4 Regulations and approvals Further reading Supporting information 2 Site Analysis and Set–up 2.1 Function of the site analysis 2.2 The ‘desk–top’ study 2.3 Site reconnaissance 2.4 Soil investigations 2.5 The performance appraisal 2.6 Site set–up and security Further reading 3 Groundwork and Foundations 3.1 Functional requirements 3.2 Bedrock and soil types 3.3 Ground movement 3.4 Foundation construction 3.5 Site preparation and drainage 4 Floors 4.1 Functional requirements 4.2 Ground supported concrete slab 4.3 Suspended concrete floor slabs 4.4 Suspended timber ground floors 4.5 Resistance to the passage of heat 4.6 Reinforced concrete upper floors 4.7 Timber upper floors 5 Walls 5.1 Functional requirements 5.2 Damp–proof courses (dpcs) 5.3 Stone 5.4 Stone masonry walls 5.5 Bricks and brickwork 5.6 Bonding bricks 5.7 Blocks and blockwork 5.8 Mortar 5.9 Loadbearing brick and block walls 5.10 Solid wall construction 5.11 Cavity wall construction 5.12 Timber 5.13 Timber–framed walls 5.14 Steel frame wall construction 5.15 Internal and party walls 5.16 Straw wall construction 5.17 Earth wall construction Further reading 6 Roofs 6.1 Functional requirements 6.2 Pitched roofs 6.3 Pitched roof coverings 6.4 Sheet metal covering to low pitch roofs 6.5 Thermal insulation to pitched roofs 6.6 Flat roofs 6.7 Timber flat roof construction 6.8 Concrete flat roofs 6.9 Thermal insulation to flat roofs 6.10 Parapet walls 6.11 Green roofs 7 Windows 7.1 Functional requirements 7.2 Window types 7.3 Window frames 7.4 Glass and glazing 7.5 Hardware 7.6 Window cills 8 Doors 8.1 Functional requirements 8.2 Door types 8.3 Door frames and linings 8.4 Hardware 9 Stairs and Ramps 9.1 Functional requirements 9.2 Materials, terms and definitiions 9.3 Types of stair 9.4 Timber staircases 9.5 Stone stairs 9.6 Reinforced concrete stairs 9.7 Structural glass stairs 9.8 Ramps 10 Surface Finishes 10.1 Functional requirements 10.2 Floor finishes 10.3 Wall and ceiling finishes 10.4 Skirtings and architraves 10.5 Painting and decorating 10.6 External rendering 11 Internal environment and energy supply 11.1 Functional requirements 11.2 Indoor climate control 11.3 Energy sources 11.4 Solid fuel–burning appliances 11.5 Domestic gas installations 11.6 Domestic electrical supply and installations 11.7 Artificial lighting 11.8 Electronic communication systems: broadband Further reading 12 Water Supply and Sanitation 12.1 Cold water supply and distribution 12.2 Hot water supply and distribution 12.3 Water services to multi–story buildings 12.4 Pipes (tubulars) for waste supply 12.5 Sanitary appliances 12.6 Foul drainage 12.7 Roof drainage 12.8 Surface water drainage and sustainable drainage systems (SuDs) 12.9 Refuse storage and recycling 13 Heat loss and calculations 13.1 Principles and performance requirements 13.2 Heat loss calculations 13.3 Testing and monitoring thermal performance Appendix A: Web Sites Appendix B: Additional References Index
The Authors Stephen Emmitt BA(Hons), Dip. Arch, MA (Prof. Ed.), PhD is Professor of Architectural Technology in the Department of Civil and Building Engineering at Loughborough University and Visiting Professor in Innovation Sciences at Halmstad University, Sweden. He is a registered architect with industrial experience and teaches architectural technology and architectural detailing across a wide range of built environment programmes in the UK, Europe and Asia. Christopher Gorse BSc (Hons), MSc. PhD, MCIOB, MAPM, FLTM, Cert. Ed, Dip (Ed.), Dip (H&S) is Professor of Construction and Project Management, Director of the Leeds Sustainability Institute and Head of the Centre for the Built Environment at Leeds Metropolitan University. He leads projects in the areas of sustainability, low carbon and building performance and has an interest in domestic new build, commercial buildings and refurbishment
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