Construction Methods for Civil Engineering

Product Details:
Author(s):
van Amsterdam, E
Year Published:
2014
Edition
2nd Edition
Type:
Print | Soft Cover
Language:
English
About this publication
Construction Methods for Civil Engineering explains, in plain language, the fundamentals of civil engineering through practical examples and everyday concepts. It has in-depth explanations of various civil engineering concepts and acknowledges the major shift of focus towards Expanded Public Works Programmes and employment creation. It encourages students to access virtual information through recommended websites and other sources of information. Civil engineering concepts are related to situations encountered in the field to enhance understanding of these concepts.
Key Features
Uses clear language which aids in explaining technical terminology and concepts
Assumes no prior knowledge of construction methods
Covers essential basic information
Includes self-evaluation questions with answers in each chapter for immediate practice and feedback
Uses a methodology that is suitable for both contact and distance education
Content
CHAPTER 1 EARTHWORKS 1
1.1 Introduction
1.1.1 Site clearance
1.1.2 Setting out the site
1.2 Definitions
1.3 Foundations
1.4 Foundation types
1.5 Choosing foundation types
1.5.1 Determining the nature and bearing capacity of soil
1.6 Excavations
1.7 Timbering
1.8 Basic timbering excavation terminology
1.9 Trench excavation safety
1.9.1 Causes of collapses
1.10 Excavating basements
1.11 Retaining walls
1.12 Construction plant
1.13 Excavation plant
1.14 Earth-moving plant
1.15 Compaction plant
CHAPTER 2 STRUCTURES
2.1 Introduction
2.2 Structural forms
2.3 Structural steel forms
2.4 Precast concrete forms
2.5 Scaffolding
2.6 Formwork
2.7 Concrete placing and compaction
2.8 Brickwork bonding
2.9 Summary
CHAPTER 3 ROAD ENGINEERING
3.1 Introduction
3.2 Road terminology
3.4 Geometric design of roads
3.5 Pavement construction
3.6 Rigid concrete pavements
3.7 Road drainage
3.8 Accommodating services
CHAPTER 4 DAMS
4.1 Introduction
4.2 Definitions
4.3 The reason dams are built
4.4 Dam feasibility study
4.5 Dam types
4.6 Embankment (earth) dam design
4.7 Concrete dam design
4.8 Dam construction
4.9 Water conservation
4.10 Summary
CHAPTER 5 BRIDGES
5.1 Introduction
5.2 Types of bridges
5.3 Bridge design components
5.4 Criteria for designing a bridge
5.5 Bridge materials
5.6 Reinforced concrete vs structural steel
5.7 Prestressed concrete
5.8 Foundations
CHAPTER 6 TUNNELS
6.1 Introduction
6.2 Definitions
6.3 Tunnelling
6.4 Summary
CHAPTER 7 HARBOURS
7.1 Introduction
7.2 Definitions
7.3 Functions of a harbour
7.4 Types of harbours
7.5 Harbour structures and facilities
CHAPTER 8 RAILWAYS
8.1 Introduction
8.2 The permanent way
8.3 Definitions
8.4 Rails
8.5 Sleepers
8.6 Fastenings
8.7 Ballast
8.8 Formation
8.9 Turnouts and crossings
8.10 Grades
8.10.1 Grade requirements
8.11 Track maintenance
8.12 Summary
CHAPTER 9 AIRPORTS
9.1 Introduction
9.2 Definitions
9.3 Airport master plan
9.4 Airport structure
9.5 Pavement structure
9.6 Drainage
CHAPTER 10 SAFETY 202
10.1 Introduction
10.2 Machinery and Occupational Safety Act
10.3 Protective clothing
10.4 Workman’s Compensation Amendment Act 206
10.5 National Occupational Safety Association (NOSA)
CHAPTER 11 DRAINAGE
11.1 Introduction
11.2 Definitions
11.3 Drainage materials
11.4 Surface drainage (rain water)
11.5 Pipe and gutter sizing
11.6 Private sewers
11.7 Pipe connections
11.8 Soak-aways
11.9 Principles of good drainage
11.10 Sub-surface drainage
11.11 Channels
11.12 Culverts
11.13 Water supply and sewerage systems
11.14 Summary
CHAPTER 12 LABOUR-ENHANCED CONSTRUCTION (LEC)
12.1 Introduction
12.2 Labour-enhanced construction (LEC)
12.3 Summary
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