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ОбложкаTechnology and practice in geotechnical engineering / [ed. by] J.B.Adeyeri. - Hershey: Engineering science reference / IGI Global, 2015. - xvii, 835 p.: ill., tab. - (Premier reference source) (Advances in environmental engineering and green technologies (AEEGT) book series). - Bibliogr. at the end of the chapters. - Ind.: p. 832-835. - ISBN 978-1-4666-6505-7; ISSN 2326-9162
Шифр: (И/Н-T30) 02
 

Место хранения: 02 | Отделение ГПНТБ СО РАН | Новосибирск

Оглавление / Contents
 
Preface ........................................................ ix

Acknowledgment ................................................ xvi

Chapter 1  Introduction to Geotechnical Engineering ............. 1
1.0  GEOTECHNICAL ENGINEERING ................................... I
1.1  DEVELOPMENT OF SOIL ENGINEERING ............................ 2
1.2  THE NATURE AND ORIGIN OF SOILS ............................. 5
1.3  WEATHERING ................................................. 7
1.4  TROPICAL WEATHERING AND LATERIZATION ...................... 17
1.5  SOME SOIL TYPES ........................................... 23
1.6  SOIL MAPS ................................................. 28

Chapter 2  Clay Mineralogy and Soil Structure .................. 41
2.0  MINERALS .................................................. 41
2.1  ELEMENTS AND COMPOUNDS .................................... 41
2.2  STRUCTURE OF THE EARTH .................................... 45
2.3  SOIL FORMING ROCKS ........................................ 50
2.4  CLAY MINERALS ............................................. 60
2.5  GEOLOGIC STRUCTURES ....................................... 83
2.6  SOIL STRUCTURE ............................................ 94
2.7  CLAY-WATER INTERFACE ..................................... 102
2.8  IMPORTANCE OF GEOLOGY AND CLAY MINERALOGY ................ 105

Chapter 3  Classification and Identification Properties of 
Soils ......................................................... 116
3.1  INDEX PROPERTIES OF SOILS ................................ 116
3.2  PHASE RELATIONSHIPS IN SOIL .............................. 124
3.3  CONSISTENCY INDICES ...................................... 138
3.4  CLASSIFICATION OF SOILS .................................. 151
3.5  VISUAL IDENTIFICATION OF SOILS ........................... 170

Chapter 4  Stresses in Soils Due to External Loading .......... 180
4.1  DEFINITION OF STRESS AT A POINT .......................... 180
4.2  ELASTICITY EQUATIONS FOR AN ISOTROPIC MATERIAL ........... 183
4.3  STRESSES DUE TO SURFACE LOADS ............................ 188
4.4  SETTLEMENT DUE TO EXTERNAL LOADING ....................... 224

Chapter 5  Shear Strength of Soils ............................ 249
5.1  STRESS CONCEPTS .......................................... 249
5.2  MOHR-COULOMB THEORY OF LIMITING EQUILIBRIUM .............. 259
5.3  LABORATORY DETERMINATION OF SHEAR STRENGTH OF SOILS ...... 263
5.5  IN-SITU METHODS (FIELD TESTS) ............................ 281
5.5 ANALYSIS OF SHEAR STRENGTH ................................ 286
5.5  ANALYSIS OF SHEAR STRENGTH ............................... 287
5.6  CREEP OF SOILS ........................................... 297

Chapter 6  Earth Pressure Analysis and Retaining Walls ........ 313
6.1  LATERAL SUPPORT IN GEOTECHNICAL ENGINEERING .............. 313
6.2  EARTH PRESSURE AT REST ................................... 319
6.3  ACTIVE EARTH PRESSURE .................................... 321
6.4  PASSIVE EARTH PRESSURE ................................... 333
6.5  RANKINE'S EARTH PRESSURE FOR INCLINED GRANULAR BACKFILL .. 339
6.6  OTHER FACTORS WHICH AFFECT LATERAL EARTH PRESSURE ........ 341
6.7  GRAPHICAL METHODS FOR DETERMINING EARTH PRESSURES ........ 349
6.8  WALLS WHICH DO NOT FAIL BY ROTATION ABOUT THE LOWER 
     EDGE ..................................................... 354
6.9  PRACTICAL CONSIDERATIONS IN THE DESIGN OF RETAINING 
     WALLS .................................................... 385
6.10 EARTH PRESSURE ON UNDERGROUND STRUCTURES ................. 390

Chapter 7  Seepage and Groundwater Flow ....................... 411
7.0 SEEPAGE AND GROUNDWATER FLOW .............................. 411
7.2  EFFECTIVE STRESS CONCEPT ................................. 414
7.3  SOIL PERMEABILITY ........................................ 425
7.4  EFFECTIVE STRESS AND PORE-WATER PRESSURE ................. 443
7.5  BASIC FLOW EQUATIONS ..................................... 447
7.6  SEEPAGE THROUGH EARTH DAMS ............................... 456
7.7  MECHANICS OF PIPING ...................................... 463

Chapter 8  Compressibility and Consolidation of Soils ......... 476
8.1  COMPRESSIBILITY OF SOILS ................................. 476
8.2  LABORATORY CONSOLIDATION TEST ............................ 479
8.3  RELATION BETWEEN PRESSURE AND VOID RATIO ................. 487
8.4  CONSOLIDATION SETTLEMENT ................................. 496
8.5  TERZAGHI THEORY OF CONSOLIDATION ......................... 501
8.6  SECONDARY COMPRESSION .................................... 515
8.7  GENERALIZED THEORY OF CONSOLIDATION ...................... 517
8.8  CONSOLIDATION CHARACTERISTICS OF LATERITE SOILS .......... 518

Chapter 9  Stability of Earth Masses and Slopes ............... 528
9.1  TYPES AND CAUSES OF EARTH MOVEMENTS ...................... 528
9.2  STABILITY ANALYSIS OF SLOPES ............................. 534
9.3  STABILITY ANALYSIS OF FINITE SLOPES ...................... 541
9.4  STABILITY CHARTS ......................................... 556
9.5  EFFECT OF WATER TABLE ON SLOPE STABILITY ................. 575
9.6  STABILITY ANALYSIS OF TRANSLATIONAL FAILURE .............. 577
9.7  METHODS OF SLOPE STABILIZATION ........................... 579

Chapter 10  Soil Improvement and Stabilization ................ 589
10.0 IMPROVEMENT TECHNIQUES ................................... 589
10.1 COMPACTION ............................................... 590
10.2 STABILIZATION OF SOILS ................................... 609
10.3 REINFORCED EARTH AND SOIL NAILING ........................ 626
10.4 PAVEMENT DESIGN .......................................... 632

Chapter 11  Bearing Capacity and Foundations: Shallow and 
Deep .......................................................... 648
11.0 FOUNDATIONS: SHALLOW AND DEEP ............................ 648
11.1 SHALLOW FOUNDATIONS ...................................... 651
11.2 BEARING CAPACITY OF SHALLOW FOUNDATIONS .................. 659
11.3 DESIGN OF SHALLOW FOUNDATIONS ............................ 682
11.4 DEEP FOUNDATIONS: PILES .................................. 685
11.5 DRILLED PIERS/CAISSONS ................................... 712
11.6 GROUP CAPACITY OF DEEP FOUNDATIONS ....................... 723
11.7 DOWNDRAG ................................................. 729

Chapter 12  Subsurface Investigation .......................... 744
12.0 SUBSURFACE INVESTIGATION ................................. 744
12.1 SITE EXPLORATION PROGRAM ................................. 747
12.2 SUBSURFACE SECTIONING OR SUBSURFACE INVESTIGATION AND
     SAMPLING ................................................. 749
12.3 IN-SITU TESTING .......................................... 756
12.4 GEOPHYSICAL METHODS OF SUBSURFACE INVESTIGATION .......... 765
12.5 LABORATORY (EX-SITU -- "OUT OF ITS ORIGINAL PLACE")
     TESTS .................................................... 783
12.6 SOIL EXPLORATION REPORT .................................. 786
12.7 ECONOMICS OF SUBSURFACE INVESTIGATION .................... 790

Appendix ...................................................... 796
Compilation of References ..................................... 813
About the Author .............................................. 830
Index ......................................................... 831

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