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Modern Construction Handbook 6th ed. [Minkštas viršelis]

  • Formatas: Paperback / softback, 504 pages, aukštis x plotis: 297x210 mm, weight: 2247 g, 1740 Illustrations, color
  • Išleidimo metai: 21-Nov-2022
  • Leidėjas: Birkhauser
  • ISBN-10: 303562495X
  • ISBN-13: 9783035624953
Kitos knygos pagal šią temą:
Modern Construction Handbook 6th ed.Didesnis paveikslėlis
  • Formatas: Paperback / softback, 504 pages, aukštis x plotis: 297x210 mm, weight: 2247 g, 1740 Illustrations, color
  • Išleidimo metai: 21-Nov-2022
  • Leidėjas: Birkhauser
  • ISBN-10: 303562495X
  • ISBN-13: 9783035624953
Kitos knygos pagal šią temą:
Pastovi nuoroda: https://www.kriso.lt/db/9783035624953.html
Raktažodžiai:
New edition of the popular handbook





The Modern Construction Handbook has become a classic of advanced construction literature, not least due to its regular revisions and clear structure with chapters titled Material, Wall, Roof, Structure, Environment, and Applications.

Tried and tested component details, examples focusing on sustainability and energy consumption, and an update on finite element analysis (FEA) and computational fluid dynamics (CFD) introduced in the last edition set new standards for this handbook which serves as a foundational textbook in many architecture courses.

As a primer Handbook to building design, it is a starting point for the more advanced books Modern Construction Envelopes, Modern Construction Case Studies, Modern Environmental Design and Modern Structural Design by Andrew Watts.



















Relevant details and examples for studies The most important aspects of building design covered in six chapters Project-neutral drawings
Introduction to sixth edition 6(1)
Governing aspects of design 7(1)
Information layout 8(2)
Design motivation 10(1)
Materials and assembly 11(2)
Performance 13(1)
Realisation of architectural intent through integration of strategies 14(1)
Relation to other design industries 15(1)
Application cases 16(1)
The Modern Construction Series 17(1)
Qualifying comments 17(3)
1 Steel
20(6)
Production
22(2)
Performance
24(1)
Applications
25(1)
2 Aluminium
26(6)
Production
28(2)
Performance
30(1)
Applications
31(1)
3 Copper, zinc, lead
32(4)
Production
32(2)
Performance
34(1)
Applications
35(1)
4 Stone
36(4)
Production
36(1)
Performance
36(3)
Applications
39(1)
5 Glass
40(6)
Production
42(2)
Performance
44(2)
6 Concrete
46(6)
Production
48(2)
Performance
50(1)
Applications
51(1)
7 Fibre reinforced concrete
52(4)
Production
53(1)
Performance
54(1)
Applications
55(1)
8 Ceramics
56(4)
Production
56(2)
Performance
58(1)
Applications
59(1)
9 Timber
60(6)
Production
62(2)
Performance
64(1)
Applications
65(1)
10 Polymers
66(8)
Production
70(2)
Performance
72(2)
11 Material testing
74(422)
Testing of building materials
74(4)
Trends in facade design
78(6)
Generic wall types
84(2)
Metal
1 Sheet metal
86(4)
2 Profiled cladding
90(4)
3 Composite panels
94(4)
4 Rainscreens
98(4)
5 Mesh screens
102(4)
6 Louvre screens
106(4)
Glass systems
110(36)
1 Stick systems
114(4)
2 Unitised glazing
118(4)
3 Clamped glazing
122(4)
4 Bolt fixed glazing
126(4)
5 Glass blocks and channels
130(4)
6 Steel windows
134(4)
7 Aluminium windows
138(4)
8 Timber windows
142(4)
Concrete
1 Castin-situ
146(4)
2 Storey height panels
150(4)
3 Small precast panels
154(4)
Masonry
1 Loadbearing walls
158(4)
2 Cavity walls Brick
162(4)
Stone and block
166(12)
3 Cladding
170(4)
4 Rainscreens
174(4)
Fibre reinforced polymers
1 FRP cladding
178(4)
2 FRP rainscreens
182(4)
Timber
1 Timber frame
186(4)
2 Cladding panels
190(6)
Trends in roof design
196(4)
Metal roofs
1 Metal standing seam
200(4)
2 Profiled metal sheet
204(4)
3 Composite panels
208(4)
4 Rainscreens
212(4)
5 Metal louvres
216(4)
Glass roofs
1 Greenhouse glazing and capped systems
220(4)
2 Silicone-sealed glazing and rooflights
224(4)
3 Bolt fixed glazing
228(4)
4 Bonded glass rooflights
232(4)
Concrete roofs
1 Concealed membrane
236(4)
2 Exposed membrane
240(4)
3 Planted roof
244(4)
Timber roofs
1 Flat roof: mastic asphalt coverings
248(4)
2 Flat roof: bitumen-based sheet
252(4)
3 Pitched roof: tiles
256(4)
Fibre reinforced polymer roofs
1 FRP rooflights
260(4)
2 FRP panels and shells
264(4)
Fabric systems
1 ETFE cushions
268(4)
2 Single membrane: cone-shaped roof
272(4)
3 Single membrane: barrel-shaped roof
276(6)
Material systems for structures
282(2)
Elements of structures
284(2)
Braced frames
1 Reinforced concrete
286(4)
2 Steel
290(4)
3 Timber
294(4)
Portal frames
298(4)
Loadbearing boxes
1 Reinforced concrete
302(4)
2 Brick
306(4)
3 Glass
310(4)
Trusses
314(4)
Arches and shells
318(4)
Space grids
322(4)
Floor structures
1 Cast in situ/cast in place concrete
326(2)
2 Precast concrete
328(2)
3 Steel and steel mesh
330(2)
4 Timber
332(4)
5 Glass
336(4)
Stairs
1 Concrete
340(2)
2 Steel
342(2)
3 Timber
344(2)
4 Glass
346(4)
Environmental studies for envelopes
350(4)
Analysis for design
1 Solar radiation
354(4)
2 Daylight
358(2)
3 Thermal performance
360(2)
4 Wind
362(2)
5 Solar shading
364(8)
6 Double skin facades
372(6)
7 Natural ventilation
378(2)
8 Thermal mass
380(2)
Low-energy material systems
1 Embodied energy
382(4)
2 Green walls
386(2)
Active design
1 Liquid based heating/cooling systems
388(2)
2 Mechanical heating/cooling systems
390(6)
3 Electrical lighting
396(2)
4 Raised floors
398(2)
5 Internal ceilings
400(2)
Support services
1 Sanitation and drainage
402(2)
1 Maintenance and cleaning
404(6)
2 Lifts
410(2)
Performance testing
1 Facade material systems
412(4)
2 Roof material systems
416(4)
1 Working with industry
420(2)
2 Triangular panels for twisted facades
422(2)
3 Twisted panels with flat glass for curved facades
424(6)
4 Solar shading louvres
430(4)
5 Double-skin facades
434(2)
6 Precast concrete panels for facades of complex geometry
436(4)
7 Exoskeleton facades of complex geometry
440(2)
8 Diagrid structures
442(2)
9 Hybrid systems forming facades of complex geometry
444(4)
10 Opaque cladding interface with full-height glazing
448(2)
11 Complex curved glazed roofs
450(4)
12 Large-scale glazed facades
454(2)
13 Panelisation of complex building surface geometry
456(4)
14 Opaque rainscreen cladding
460(2)
15 Full-height glazing with GRP-clad structural frame
462(2)
16 GRC cladding interfaces
464(2)
17 Full-height entrance glazing
466(2)
18 GRP louvres on stick glazing system
468(6)
19 GRC cladding
474(2)
20 Windows in GRC cladding
476(4)
21 Windows and unitised glazing with GRC cladding
480(2)
22 Unitised glazing with GRC cladding
482(2)
23 Complex glazed roofs with supporting steel structure
484(4)
24 Glazed roofs with complex geometry
488(2)
25 Louvres and stick glazing
490(6)
Glossary of terms 496(4)
Authorship 500(1)
Photo credits 501(1)
Index 502
Andrew Watts an architect and engineer and the author of the Modern Construction series of textbooks. He specialises in the architectural and engineering design of large-scale buildings of complex form. Andrew is a founding director of Newtecnic. He is a Fellow of three UK engineering institutions in recognition of his engineering-based designs; the Institution of Civil Engineers; the Institution of Engineering Designers; the Institution of Engineering and Technology. Andrew holds charterships in the UK for architecture and engineering from the Royal Institute of British Architects and the Institution of Engineering Designers. In the US, he holds an ASCE membership.