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Mitchell's Introduction to Building 5th edition [Minkštas viršelis]

(Construction Consultant, UK)
  • Formatas: Paperback / softback, 328 pages, aukštis x plotis: 246x189 mm, weight: 646 g
  • Serija: Mitchell's Building Series
  • Išleidimo metai: 29-Nov-2012
  • Leidėjas: Pearson Education Limited
  • ISBN-10: 0273738046
  • ISBN-13: 9780273738046
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, 328 pages, aukštis x plotis: 246x189 mm, weight: 646 g
  • Serija: Mitchell's Building Series
  • Išleidimo metai: 29-Nov-2012
  • Leidėjas: Pearson Education Limited
  • ISBN-10: 0273738046
  • ISBN-13: 9780273738046
Kitos knygos pagal šią temą:

Introduction to Building provides a comprehensive introduction to various aspects of development and associated building procedures, from initial planning and design through procurement of building work, contractual arrangements and construction techniques.

Now in its Fifth Edition, this popular text continues to present an authoritative overview of the many design and practical considerations associated with the creation and maintenance of modern buildings, including repair of existing buildings and traditional construction procedures. Topics covered include the functional requirements of a building: appearance, durability, dimensional suitability, strength and stability, weather exclusion, sound control, thermal comfort, fire protection, lighting and ventilating, sanitation and drainage, security, cost, sustainability, building processes, the building team, communication and construction methods.

Daugiau informacijos

Introduction to Building is recommended for students of all construction-related courses, including architecture, building technology, construction management, building surveying, quantity surveying, and estate and facilities management.
Preface to the fifth edition viii
Acknowledgements ix
SI units xi
Introduction xiii
Part A An analysis of a building in terms of what it is expected to do: its function and performance
1 The requirements of a building
3(5)
CI/SfB (E)/(Y)
1.1 Materials and technical ability
3(1)
1.2 Functional requirements
3(1)
1.3 Performance requirements
4(4)
Further specific reading
7(1)
2 Appearance
8(4)
CI/SfB (G)
2.1 Aesthetic aims or fashions
8(1)
2.2 Relationship to other performance requirements
8(2)
2.3 Weathering and maintenance
10(2)
Further specific reading
11(1)
3 Durability
12(4)
CI/SfB (R8)
3.1 Changes in appearance
12(1)
3.2 Physical deterioration
13(1)
3.3 Intended life span
14(2)
Further specific reading
14(2)
4 Dimensional suitability
16(11)
CI/SfB (F4)
4.1 Movement
16(1)
4.2 Irreversible and reversible movement
16(1)
4.3 Softening and freezing
17(2)
4.4 Shrinkage
19(1)
4.5 Loading
19(1)
4.6 Appropriate sizes
19(2)
4.7 Dimensional coordination
21(3)
4.8 Modular coordination
24(1)
4.9 Jointing and tolerances
25(2)
Further specific reading
26(1)
5 Strength and stability
27(12)
CI/SfB (J)
5.1 Dead, live and wind loads
27(2)
5.2 Structural organisation
29(1)
5.3 Continuous structures
29(1)
5.4 Framed structures
30(3)
5.5 Panel structures
33(1)
5.6 Membrane structures
33(4)
5.7 Slenderness ratio
37(1)
5.8 Diagonal bracing
37(2)
Further specific reading
38(1)
6 Weather exclusion
39(7)
CI/SfB (H1)
6.1 Wind and water penetration
39(1)
6.2 Exposure zones
39(2)
6.3 Macro- and microclimates
41(1)
6.4 Movement of water
42(1)
6.5 Joints
43(3)
Further specific reading
45(1)
7 Sound control
46(11)
CI/SfB (P)
7.1 Unwanted sound
46(1)
7.2 Noise outside a building
46(1)
7.3 Noise inside a building
47(1)
7.4 Frequency, intensity and loudness
47(1)
7.5 Defensive measures
48(1)
7.6 Listening conditions
49(1)
7.7 Blurring and echoes
50(1)
7.8 Sound absorption
50(1)
7.9 Sound reduction
51(1)
7.10 Sound insulation regulations
51(6)
Further specific reading
55(2)
8 Thermal comfort and efficiency
57(19)
CI/SfB (M)
8.1 Passive means
58(1)
8.2 Heat transfer
58(1)
8.3 Thermal insulation values
59(3)
8.4 Criteria for appraising the thermal efficiency of dwellings
62(5)
8.5 Measurement of carbon emissions
67(1)
8.6 Condensation and thermal bridging
67(2)
8.7 Thermal capacity
69(1)
8.8 Heat gains
70(1)
8.9 Active means
70(3)
8.10 Solar energy
73(3)
Further specific reading
74(2)
9 Fire protection
76(10)
CI/SfB (K)
9.1 Combustibility
76(1)
9.2 Fire resistance
77(2)
9.3 Spread of fire
79(1)
9.4 Means of escape
80(3)
9.5 Fire alarms
83(1)
9.6 Fire(-resistant) doors
83(1)
9.7 Fire-fighting
84(1)
9.8 Fire insurance
84(2)
Further specific reading
84(2)
10 Lighting and ventilation
86(13)
CI/SfB (N) + (L2)
10.1 Standards
86(1)
10.2 Natural lighting
86(4)
10.3 Artificial lighting
90(1)
10.4 Natural ventilation
91(4)
10.5 Artificial ventilation
95(4)
Further specific reading
97(2)
11 Sanitation and drainage
99(16)
CI/SfB (U46)
11.1 Drinking water, food preparation and washing
99(3)
11.2 Waste products, refuse and dirt
102(1)
11.3 Drainage systems
103(4)
11.4 Rainwater collection
107(4)
11.5 Means of access to drains
111(1)
11.6 Integration of systems
111(2)
11.7 Refuse collection and disposal
113(2)
Further specific reading
114(1)
12 Security
115(9)
CI/SfB (U47)
12.1 Unauthorised entry
115(2)
12.2 Vandalism
117(1)
12.3 Disasters
117(1)
12.4 Lightning
118(1)
12.5 Terrorism
118(1)
12.6 Accidents
119(5)
Further specific reading
123(1)
13 Cost
124(7)
CI/SfB (Y)
13.1 Acquisition costs
124(3)
13.2 Running costs
127(1)
13.3 Operational costs
128(1)
13.4 Cost evaluation
128(3)
Further specific reading
130(1)
14 Sustainability
131(8)
CI/SfB (H)
14.1 Background
131(1)
14.2 Development
132(1)
14.3 Immediate UK Government targets
132(1)
14.4 Future UK Government targets
132(1)
14.5 Achieving sustainability
132(1)
14.6 Renewable energy
133(1)
14.7 Sustainability rating
133(6)
Further specific reading
134(5)
Part B An analysis of a building in terms of the processes required, the Building Team which implements them, and the methods used in communicating information
15 Building processes
139(7)
CI/SfB (A1)/(A9)
15.1 Activities
139(3)
15.2 Plan of work
142(4)
Further specific reading
142(4)
16 The Building Team
146(26)
CI/SfB (A1m)
16.1 Client Team
146(5)
16.2 User Team
151(1)
16.3 Design Team
151(5)
16.4 Research Team
156(2)
16.5 Legislative Team
158(3)
16.6 Manufacturing Team
161(1)
16.7 Construction Team
162(7)
16.8 Maintenance Team
169(3)
Further specific reading
171(1)
17 Communication
172(37)
CI/SfB (A3/A8)
17.1 Technical data
173(4)
17.2 Drawings
177(14)
17.3 Specification of works and bill of quantities
191(3)
17.4 Tender documents
194(1)
17.5 Contracts
195(3)
17.6 Fee accounts and certificates for payment
198(3)
17.7 Programmes of work
201(3)
17.8 Maintenance manuals
204(1)
17.9 Feedback data
204(5)
Further specific reading
206(3)
Part C An analysis of a building in terms of typical construction methods, the interaction of components and the processes for assembly
18 Construction method
209(82)
CI/SfB (A5)
18.1 Building Team and communications CI/SfB (A1g)
209(2)
18.2 Site considerations CI/SfB (A3s)
211(5)
18.3 Initial site works CI/SfB (11)
216(2)
18.4 Foundation construction CI/SfB (16)
218(8)
18.5 Ground floor construction CI/SfB (16) + (43)
226(8)
18.6 External wall construction CI/SfB (21) + (31) + (41)
234(15)
18.7 Internal wall construction CI/SfB (22) + (32) + (42)
249(5)
18.8 Intermediate floor construction CI/SfB (23) + (33) + (43)
254(4)
18.9 Roof construction CI/SfB (27) + (47)
258(10)
18.10 Services CI/SfB (5-) + (6-)
268(6)
18.11 Finishes CI/SfB (4-)
274(4)
18.12 Landscaping and external works CI/SfB (90)
278(4)
18.13 Completion CI/SfB (A8)
282(9)
Further specific reading
282(9)
Appendices
I Working drawings and schedules
291(6)
II Examples of planning and Building Regulations application forms
297(6)
Index 303
Roger Greeno is a consultant, examiner and established author of many construction papers and publications.

Derek Osbourn was Head of the School of Architecture and Interior Design at the Polytechnic of North London, and an examiner for the Royal Institute of British Architects.