An Introduction to Geosynthetic Engineering: 1st Edition (Paperback) book cover

An Introduction to Geosynthetic Engineering

1st Edition

By Sanjay Kumar Shukla

CRC Press

472 pages

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Description

The development of the use of polymeric materials in the form of geosynthetics has brought about major changes in the civil engineering industry. Geosynthetics are available in a wide range of compositions appropriate to different applications and environments. Over the past three to four decades, civil engineers have grown increasingly interested in geosynthetics and in understanding their correct use. Simultaneously, significant advances have been made in the use of geosynthetics in civil engineering applications as well as in the areas of aquaculture, agriculture and mining engineering. These developments have occurred because of the ongoing dialogue among leading engineers and researchers from several organizations and academic institutions.

This concise introductory textbook on geosynthetics deals with the basic concepts of the subject, especially for meeting the requirements of senior undergraduate/graduate students as well as of practising engineers who have not been exposed to geosynthetics thus far. It includes recently developed fundamental concepts and new applications covering the use of polymer and other fibres in soil improvement.

Table of Contents

1. Basic description, functions and selection of geosynthetics

1.1 Introduction

1.2 Types of geosynthetics

1.3 Basic characteristics of geosynthetics

1.4 Raw materials for geosynthetics

1.5 Manufacturing processes for geosynthetics

1.6 Functions of geosynthetics

1.6.1 Reinforcement

1.6.2 Separation

1.6.3 Filtration

1.6.4 Drainage

1.6.5 Fluid barrier

1.6.6 Protection

1.6.7 Other functions

1.7 Selection

1.8 Historical developments of geosynthetic engineering

Chapter summary

Questions for practice

References

Answers to selected questions

2. Geosynthetics – properties, applications and design concepts

2.1 Introduction

2.2 Physical properties

2.2.1 Specific gravity

2.2.2 Unit mass

2.2.3 Thickness

2.2.4 Stiffness

2.3 Mechanical properties

2.3.1 Compressibility

2.3.2 Tensile properties

2.3.3 Survivability properties

2.3.4 Soil-geosynthetic interface properties

2.4 Hydraulic properties

2.4.1 Geosynthetic pore (or opening) characteristics

2.4.2 Percentage open area

2.4.3 Permeability

2.5 Endurance and degradation properties

2.5.1 Creep

2.5.2 Abrasion

2.5.3 Long-term flow characteristics

2.5.4 Durability

2.6 Test and allowable properties

2.7 Description of geosynthetics

2.8 Application of geosynthetics

2.9 Design concepts

Chapter summary

Questions for practice

References

Answers to selected questions

3. Geotechnical applications of geosynthetics

3.1 Introduction

3.2 Retaining walls

3.2.1 Basic description

3.2.2 Analysis and design concepts

3.2.3 Application guidelines

3.2.4 Case studies

3.3 Embankments

3.3.1 Basic description

3.3.2 Analysis and design concepts

3.3.3 Application guidelines

3.3.4 Case studies

3.4 Shallow foundations

3.4.1 Basic description

3.4.2 Analysis and design concepts

3.4.3 Application guidelines

3.4.4 Case studies

3.5 Slopes – stabilization

3.5.1 Basic description

3.5.2 Analysis and design concepts

3.5.3 Application guidelines

3.5.4 Case studies

Chapter summary

Questions for practice

References

Answers to selected questions

4. Hydraulic and geoenvironmental applications of geosynthetics

4.1 Introduction

4.2 Filters and drains

4.2.1 Basic description

4.2.2 Analysis and design concepts

4.2.3 Application guidelines

4.3 Slopes – erosion control

4.3.1 Basic description

4.3.2 Analysis and design concepts

4.3.3 Application guidelines

4.3.4 Case studies

4.4 Containment facilities

4.4.1 Basic description

4.4.1.1 Landfills

4.4.1.2 Ponds, reservoirs and canals

4.4.1.3 Earth dams

4.4.2 Analysis and design concepts

4.4.2.1 Landfills

4.4.2.2 Ponds, reservoirs and canals

4.4.2.3 Earth dams

4.4.3 Application guidelines

4.4.4 Case studies

4.5 Tunnels

4.5.1 Basic description

4.5.2 Analysis and design concepts

4.5.3 Application guidelines

4.5.4 Case studies

Chapter summary

Questions for practice

References

Answers to selected questions

5. Transportation applications of geosynthetics

5.1 Introduction

5.2 Unpaved roads

5.2.1 Basic description

5.2.2 Analysis and design concepts

5.2.2.1 Reinforcement function design method (RFDM)

5.2.2.2 Separation function design method (SFDM)

5.2.2.3 Modified California bearing ratio (CBR) design method

5.2.3 Application guidelines

5.2.4 Case studies

5.3 Paved roads

5.3.1 Basic description

5.3.2 Analysis and design concepts

5.3.3 Application guidelines

5.3.4 Case studies

5.4 Airfield pavements and parking lots

5.5 Railway tracks

5.5.1 Basic description

5.5.2 Analysis and design concepts

5.5.3 Application guidelines

5.5.4 Case studies

Chapter summary

Questions for practice

References

Answers to selected questions

6. Mining, agricultural and aquacultural applications of geosynthetics

6.1 Introduction

6.2 Mining applications

6.2.1 Areas of applications and types of geosynthetics

6.2.2 Basic concepts of design, construction and application guidelines

6.3 Agricultural and aquacultural applications

6.4 Geosynthetic deflection profiles and strain analysis

Chapter summary

Questions for practice

References

Answers to selected questions

7. Geosynthetic applications – general guidelines and installation survivability requirements

7.1 Introduction

7.2 Care and consideration

7.3 Geosynthetic selection

7.4 Identification and inspection

7.5 Sampling and test methods

7.6 Protection before installation

7.7 Site preparation

7.8 Geosynthetic installation

7.9 Joints/seams

7.10 Cutting of geosynthetics

7.11 Protection during construction and service life

7.12 Damage assessment and correction

7.13 Anchorage

7.14 Prestressing

7.15 Maintenance

7.16 Certification

7.17 Handling the refuse of geosynthetics

7.18 Installation survivability requirements

Chapter summary

Questions for practice

References

Answers to selected questions

8. Quality, performance monitoring and economic evaluation

8.1 Introduction

8.2 Quality and its evaluation

8.3 Field performance monitoring

8.4 Concepts of economic evaluation

8.5 Experiences of cost analysis

Chapter summary

Questions for practice

References

Answers to selected questions

9. Fibre-reinforced soils

9.1 Introduction

9.2 Basics of fibre-reinforced soil and phase concepts

9.3 Behaviour of fibre-reinforced soils

9.4 Basic reinforcement models

9.4.1 Waldron model

9.4.2 Gray and Ohashi model

9.4.3 Mahar and Gray model

9.4.4 Shukla, Sivakugan and Singh (SSS) model

9.5 Field application areas and guidelines

About the Author

Sanjay Kumar Shukla is an Associate Professor of Civil Engineering and the Founding Program Leader of the Discipline of Civil Engineering at the School of Engineering, Edith Cowan University, Perth, Australia. He has over twenty years’ teaching, research and consultancy experience in the field of Geotechnical and Geosynthetic Engineering. He has authored more than 115 research papers and technical articles including over 70 refereed journal publications. He is also an author/editor of 5 popular books and 12 book chapters.

He is a fellow of the Engineers Australia, a life fellow of the Institution of Engineers (India) and the Indian Geotechnical Society, a member of the American Society of Civil Engineers (ASCE) and the International Geosynthetics Society, and a life member of the Indian Roads Congress, the Indian Society for Rock Mechanics and Tunnelling Technology, the Indian Society for Technical Education, and the Coal Ash Institute of India. He was Founding Honorary Secretary of the Indian Geotechnical Society, Varanasi Chapter, from 2005 to 2007, and its Chairman from 2007 to 2009.

Subject Categories

BISAC Subject Codes/Headings:
TEC009020
TECHNOLOGY & ENGINEERING / Civil / General
TEC009150
TECHNOLOGY & ENGINEERING / Civil / Soil & Rock