(Ebook) Geotechnical engineering 3rd Edition by C Venkatramaiah ISBN 9788122417937 8122417930

(Ebook) Geotechnical engineering 3rd Edition by C Venkatramaiah ISBN 9788122417937 8122417930

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ISBN 10: 8122417930
ISBN 13: 9788122417937
Author: C Venkatramaiah

(Ebook) Geotechnical engineering 3rd Edition Table of contents:

1.1 Introduction
1.2 Development of Soil Mechanics
1.3 Fields of Application of Soil Mechanics
1.4 Soil Formation
1.5 Residual and Transported Soils
1.6 Some Commonly Used Soil Designations
1.7 Structure of Soils
1.9 Major Soil Deposits of India
References
Questions

2.1 Composition of Soil
2.2 Basic Terminology
2.3 Certain Important Relationships
2.4 Illustrative Examples
References
Questions and Problems

3.2 Soil Colour
3.4 Specific Gravity of Soil Solids
3.5 Water Content
3.6 Density Index
3.7 In-Situ Unit Weight
3.8 Particle Size Distribution (Mechanical Analysis)
3.9 Consistency of Clay Soils
3.10 Activity of Clays
3.11 Unconfined Compression Strength and Sensitivity of Clays
3.13 Illustrative Examples
References
Questions and Problems

4.2 Field Identification of Soils
4.4 Engineering Soil Classification—Desirable Features
4.5 Classification Systems—More Common Ones
4.6 Illustrative Examples
Summary of Main Points
Questions and Problems

5.2 Soil Moisture and Modes of Occurrence
5.3 Neutral and Effective Pressures
5.4 Flow of Water Through Soil-Permeability
5.5 The Determination of Permeability
5.6 Factors Affecting Permeability
5.8 Permeability of Layered Soils
5.9 Capillarity
5.10 Illustrative Examples
Summary of Main Points
References
Questions and Problems

6.2 Flow Net for One-Dimensional Flow
6.3 Flow Net for Two-Dimensional Flow
6.4 Basic Equation for Seepage
6.5 Seepage Through Non-Homogeneous and Anisotropic Soil
6.6 Top Flow Line in an Earth Dam
6.7 Radial Flow Nets
6.8 Methods of Obtaining Flow Nets
6.9 Quicksand
6.10 Seepage Forces
6.12 Illustrative Examples
References
Questions and Problems

7.2 Compressibility of Soils
7.3 A Mechanistic Model for Consolidation
7.4 Terzaghi’s Theory of One-Dimensional Consolidation
7.5 Solution of Terzaghi’s Equation for One-Dimensional Consolidation
7.6 Graphical Presentation of Consolidation Relationships
7.7 Evaluation of Coefficient of Consolidation From Oedometer Test Data
7.8 Secondary Consolidation
7.9 Illustrative Examples
References
Questions and Problems

8.2 Friction
8.3 Principal Planes and Principal Stresses—Mohr’s Circle
8.4 Strength Theories for Soils
8.5 Shearing Strength—A Function of Effective Stress
8.6 Hvorslev’s True Shear Parameters
8.7 Types of Shear Tests Based on Drainage Conditions
8.8 Shearing Strength Tests
8.9 Pore Pressure Parameters
8.10 Stress–Path Approach
8.11 Shearing Characteristics of Sands
8.12 Shearing Characteristics of Clays
8.13 Illustrative Examples
Summary of Main Points
References
Questions and Problems

9.2 Infinite Slopes
9.3 Finite Slopes
9.4 Illustrative Examples
Summary of Main Points
Questions and Problems

10.1 Introduction
10.2 Point Load
10.3 Line Load
10.4 Strip Load
10.5 Uniform Load on Circular Area
10.6 Uniform Load on Rectangular Area
10.7 Uniform Load on Irregular Areas—Newmark’s Chart
10.8 Approximate Methods
10.9 Illustrative Examples
Summary of Main Points
References
Questions and Problems

11.2 Data for Settlement Analysis
11.3 Settlement
11.4 Corrections to Computed Settlement
11.5 Further Factors Affecting Settlement
11.6 Other Factors Pertinent to Settlement
11.8 Contact Pressure and Active Zone From Pressure Bulb Concept
11.9 Illustrative Examples
Summary of Main Points
References
Questions and Problems

12.2 Compaction Phenomenon
12.3 Compaction Test
12.4 Saturation (Zero-Air-Voids) Line
12.5 Laboratory Compaction Tests
12.6 In-Situ Or Field Compaction
12.7 Compaction of Sand
12.8 Compaction Versus Consolidation
12.9 Illustrative Examples
Summary of Main Points
Questions and Problems

13.2 Types of Earth-Retaining Structures
13.3 Lateral Earth Pressures
13.4 Earth Pressure at Rest
13.5 Earth Pressure Theories
13.6 Rankine’s Theory
13.7 Coulomb’s Wedge Theory
13.8 Stability Considerations for Retaining Walls
13.9 Illustrative Examples
Summary of Main Points
References
Questions and Problems

14.1 Introduction and Definitions
14.2 Bearing Capacity
14.4 Bearing Capacity From Building Codes
14.5 Analytical Methods of Determining Bearing Capacity
14.6 Effect of Water Table on Bearing Capacity
14.7 Safe Bearing Capacity
14.8 Foundation Settlements
14.9 Plate Load Tests
14.11 Bearing Capacity from Model Tests—Housel’s Approach
14.13 Bearing Capacity of Sands
14.15 Recommended Practice (I.S)
14.16 Illustrative Examples
Summary of Main Points
References
Questions and Problems

15.2 General Types of Foundations
15.3 Choice of Foundation Type and Preliminary Selection
15.4 Spread Footings
15.5 Strap Footings
15.6 Combined Footings
15.7 Raft Foundations
15.8 Foundations on Non-Uniform Soils
15.9 Illustrative Examples
Summary of Main Points
References
Questions and Problems

16.2 Classification of Piles
16.3 Use of Piles
16.4 Pile Driving
16.5 Pile Capacity
16.6 Pile Groups
16.7 Settlement of Piles and Pile Groups
16.8 Laterally Loaded Piles
16.9 Batter Piles
16.10 Design of Pile Foundations
16.12 Illustrative Examples
Summary of Main Points
References
Questions and Problems

17.2 Classification of the Methods of Stabilisation
17.3 Stabilisation of Soil Without Additives
17.4 Stabilisation of Soil With Additives
17.5 California Bearing Ratio
17.6 Reinforced Earth and Geosynthetics
17.7 Illustrative Examples
References
Questions and Problems

18.2 Site Investigation
18.3 Soil Exploration
18.4 Soil Sampling
18.5 Sounding and Penetration Tests
18.6 Indirect Methods—Geophysical Methods
18.7 The Art of Preparing a Soil Investigation Report
18.8 Illustrative Examples
Summary of Main Points
References
Questions and Problems

19.1 Introduction
19.2 Design Aspects of Caissons
19.3 Open Caissons
19.4 Pneumatic Caissons
19.5 Floating Caissons
19.6 Construction Aspects of Caissons
19.7 Illustrative Examples on Caissons
19.8 Well Foundations
19.9 Design Aspects of Well Foundations
19.10 Lateral Stability of Well Foundations
19.11 Construction Aspects of Well Foundations
19.12 Illustrative Examples on Well Foundations
Summary of Main Points
References
Questions and Problems

20.1 Introduction
20.2 Fundamentals Of Vibration
20.3 Fundamentals Of Soil Dynamics
20.4 Machine Foundations—Special Features
20.5 Foundations For Reciprocating Machines
20.6 Foundations for Impact Machines
20.7 Vibration Isolation
20.8 Construction Aspects of Machine Foundations
20.9 Illustrative Examples
Summary of Main Points
References
Questions and Problems

Answers to Numerical Problems
Objective Questions
Answers to Objective Questions
Appendix A: A Note on S.I. Units
Appendix B: Notation
Author Index
Subject Index

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Tags: C Venkatramaiah, Geotechnical engineering