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E-raamat: Construction Technology For Tall Buildings (2nd Edition)

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  • Formaat: 436 pages
  • Ilmumisaeg: 29-Dec-2000
  • Kirjastus: World Scientific Publishing Co Pte Ltd
  • Keel: eng
  • ISBN-13: 9789813102729
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Construction Technology For Tall Buildings (2nd Edition)Suurem pilt
  • Formaat: 436 pages
  • Ilmumisaeg: 29-Dec-2000
  • Kirjastus: World Scientific Publishing Co Pte Ltd
  • Keel: eng
  • ISBN-13: 9789813102729
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This new edition of Construction Technology for Tall Buildings comprehensively revises and expands the previous edition, incorporating new topics and many new figures. The text introduces the latest construction practices and processes for tall buildings from foundation to roof. It acquaints the reader with the methods, materials, equipment and systems used for the construction of tall buildings.The book progresses through the stages of site investigation, excavation and foundations, basement construction, structural systems for the superstructure, site and material handling, wall and floor construction, cladding and roof construction. The construction sequence, and the merits and limitations of the various proprietary systems commonly used in these stages, are discussed.The target readers are practitioners and students in the related professions, including architecture, engineering, building, real estate, project and property management, quantity and land surveying.
Acknowledgement vii
Preface ix
Assembly of Building
1(20)
Development of Tall Buildings
1(4)
Building Performance and System Integration
5(4)
Cost, Quality and Time
9(1)
Building Regulations and Control
9(2)
Constraints and Resources
11(1)
Environmental Requirements
12(1)
Industrialisation
12(2)
Robotics in Construction
14(7)
References
17(4)
Safety and Health
21(14)
Accident Prevention
21(3)
Safe Working Environment
24(4)
Falls of person
24(2)
Falling objects
26(2)
Measures Against Aggravated Accidents
28(1)
Safety Programme Organisation
28(1)
Safety Policy
29(2)
Implementing the Safety Policy
31(1)
Assignment of Responsibilities --- Safety Professionals
31(1)
Safety Committees
32(1)
Acts and Regulations
32(3)
References
33(2)
Site Investigation
35(28)
General
35(1)
Information to be Retrieved from a Site Investigation
36(1)
Stages of Site Investigation
36(2)
Planning
38(1)
Desk Study
38(3)
Site Reconnaissance
41(1)
Ground Investigation
42(10)
On-site tests
45(1)
Trial pits
45(1)
Bearing capacity
46(3)
Probing
49(1)
Shear test
50(1)
Boreholes
50(2)
Laboratory tests
52(1)
Site Works and Setting Out
52(11)
Reference
60(3)
Foundation
63(80)
General
63(1)
Soil Characteristics
63(5)
Foundation Systems
68(6)
Types of Foundation
74(2)
Shallow Foundation
76(1)
Deep Foundation
77(2)
Caisson
79(20)
Piles
99(37)
Non-displacement pile
104(17)
Displacement piles
121(15)
Pile Testing
136(7)
Types of loading
136(2)
Reaction systems
138(2)
References
140(3)
Basement Construction
143(82)
General
143(1)
Construction Methods
143(17)
Construction in excavations supported by sheet piling
144(5)
Construction in excavations supported by reinforced concrete diaphragm wall
149(4)
Construction in excavations supported by a contiguous bored pile or secant pile wall
153(7)
Control of Groundwater
160(12)
Open Cut Technique
172(2)
Cut and Cover Technique
174(1)
Top Down Technique
175(13)
Soil Movement Monitoring
188(13)
Shoring
201(5)
Underpinning
206(5)
Basement Waterproofing
211(14)
Membrane system
211(5)
Integral system
216(1)
Cavity/drainage system
216(4)
Joints and penetration
220(1)
References
221(4)
Materials Handling & Mechanisation
225(38)
Materials Handling
225(2)
Selection of equipment
225(1)
Classification of materials
226(1)
Storage
226(1)
Protection
226(1)
Packaging
227(1)
Handling
227(1)
Mechanisation
227(9)
Earthmoving
236(6)
Earthmoving fundamentals
236(2)
Earthmoving and excavation equipment
238(4)
Horizontal and Vertical Movement
242(15)
Factors Affecting the Selection and Location of Tower Cranes
257(6)
Selection criterion for tower cranes
257(2)
Location criterion for tower cranes
259(2)
References
261(2)
Wall and Floor Construction
263(54)
Structural and M&E Systems
263(3)
Construction
266(1)
Core Wall Construction
266(4)
Slip form
266(2)
Jump form
268(1)
Climbing form
269(1)
Floor Construction
270(8)
Flying form
270(4)
False ceiling
274(3)
Raised floor
277(1)
Precast Prefabricated Elements
278(3)
Advantages
278(2)
Disadvantages
280(1)
Prestressed Slab
281(7)
Advantages
281(1)
Disadvantages
282(1)
Pre-tensioning
282(1)
Post tensioning
283(4)
Cable profile
287(1)
Steel Structures
288(4)
Structural steel frame
288(2)
Steel decking
290(2)
Concrete
292(5)
Concrete admixtures
293(1)
Batching plant
293(3)
Ready-mixed concrete
296(1)
Formwork
297(3)
Lateral pressure of fresh concrete
298(1)
Column form
298(2)
Wall form
300(1)
Scaffoldings
300(17)
Bintangor, bamboo
305(1)
Tubular scaffolding
306(4)
Couplers
310(2)
Ties
312(1)
References
313(4)
External Cladding Construction
317(38)
General
317(3)
Precast Concrete Panel
320(1)
Glass Reinforced Polyester (GRP)
320(3)
Glass Fibre Reinforced Concrete (GRC)
323(1)
Curtain Walling
323(15)
First generation (1800--1960)
323(3)
Second generation (1960--1980)
326(3)
Third generation (1980--1990+)
329(1)
Typical stick system
330(4)
Typical panel/unitised system
334(4)
Water Penetration
338(3)
Joints
341(2)
Wind Pressures
343(4)
Common Defects on Building Facades
347(8)
References
352(3)
Roof Construction
355(58)
Structural Forms
355(1)
Beams and Slabs
355(4)
Flat Roofs
359(1)
Lattice and Girder
359(1)
Steel Sheet Roofs
359(4)
Truss Roofs
363(6)
Space Frames
369(10)
Shell Roofs
379(1)
Folded Plate Roofs
380(1)
Cable Supported Roofs
380(12)
Roof Decks
392(13)
Installation process
400(5)
Drainage and durability
405(1)
Thermal Properties
405(8)
Thermal conductivity (k)
407(1)
Thermal resistance (R)
407(1)
Thermal transmittance (U)
408(2)
Example of the calculation of the value of U
410(1)
References
410(3)
Index 413
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