Geosynthetics in civil engineering
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Summary
Building a strong foundation in the fundamentals of geosynthesis, Geosynthetics for Civil Engineering discusses the design and durability of geosynthetics together with their material properties and the international standards governing their use. The book uses this platform to examine the various applications of geosynthetics in areas such as filters, separators, landfills, barriers, and foundation materials. The book concludes by reviewing methods of quality assurance and the service life of geosynthetics. Written by an international team of contributors, the book is an essential reference for all those involved in civil engineering.
Table of Contents
GENERAL ISSUES
DESIGN PRINCIPLES OF GEOSYNTHETICS, R.M. Koerner
Introduction
Past Practice in Geosynthetics Design
Present Practice in Geosynthetics Design
Possible Future Practice in Geosynthetics Design
Summary and Conclusions
References
MATERIAL PROPERTIES OF GEOSYNTHETICS, S.W. Perkins
Introduction
Physical Properties
Mechanical Properties
Hydraulic Properties
Endurance Properties
Degradation
Further Information
References
THE DURABILITY OF GEOSYNTHETICS, R.M. Koerner, G.R. Koerner, and Y.G. Hsuan
Introduction
Mechanisms of Degradation
Accelerated Testing Methods
Conclusions
Acknowledgements
References
NATIONAL AND INTERNATIONAL STANDARDS GOVERNING GEOSYNTHESIS, L.D. Suits
Why Standardization
Types of Standards
Standards Development Organizations (SDOs)
Geosynthetic Standards
Future Trends
Conclusions
References
APPLICATIONS
MULTI-FUNCTIONAL USES OF GEOSYNTHETICS IN CIVIL ENGINEERING, C. Jones
Introduction
Composite Geosynthetics
Smart Geosynthetics
Active Geosynthetics
Future Trends
Sources of Further Information
References
THE USE OF GEOSYNTHETICS AS FILTERS IN CIVIL ENGINEERING, J. Fannin
Introduction
Compatibility Requirements
Material Properties for Design
Design Criteria
Specification of Materials
Construction Considerations
Sources of Further Information
Future Trends
References
THE USE OF GEOSYNTHETICS AS SEPARATORS IN CIVIL ENGINEERING, W. Wilmers
Introduction
Applications
Requirements for Geotextiles
Requirements for Fill Material
Construction
References
Regulations
THE USE OF GEOSYNTHETICS FOR LANDFILL APPLICATIONS, T. Meggyes
Waste Separation and Pre-Treatment
Landfill Concepts
Landfill Phases
Landfill Liners
Design Considerations for Earthen Liners
Design Considerations for Geomembrane Liners
Drainage Systems
Landfill Gas Generation and Management
Cut-Off Walls
Safety Analaysis of Landfill Liners
Acknowledgement
Source of Further Information
THE USE OF GEOSYNTETICS AS BARRIER MATERIALS IN CIVIL ENGINEERING, H. Zanzinger
History
Products
Design
Hydraulic Applications
Tunnelling
Transportation
Landfills
Construction of GBRs
References
THE USE OF GEOSYNTHETICS TO IMPROVE THE PERFORMANCE OF FOUNDATIONS IN CIVIL ENGINEERING, J.G. Collins
Introduction
Column Supported Embankments
Advantages and Disadvantages of CSE
Design Concepts
Geosynthetic Reinforced Soil Foundations
References
QUALITY ASSURANCE FOR GEOSYNTETIC MATERIALS, D. Smith
Introduction
Definitions
Responsibilities
Design Aspects
Manufacturing Quality Control
Installation/Construction
Benefits
Costs
Future Trends and Sources of Further Information
References
LIMITED DESIGN LIFE IN GEOSYNTHETIC MATERIALS, R.W. Sarsby
Introduction
Limited Life of Geotextile Concept
Natural Fibers as Industrial Materials
Agro-Industrial Fibers
Vegetable Fiber Characteristics
Basal Reinforcement of Embankments on Soft Soil
Conclusions
References
