Advanced Foundation Engineering

Nyhet

Principles, Performance and Prospects

Inbunden, Engelska, 2026

2 329 kr

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A practical, straightforward, and easy-to-use graduate-level textbook on the principles of foundation engineering Advanced Foundation Engineering offers clear and detailed coverage of all aspects of the design, analysis, construction, and testing of structural elements responsible for transferring imposed loads from a superstructure to the ground. Written for advanced undergraduate and graduate engineering students, this comprehensive textbook incorporates traditional foundation engineering topics as well as recent advances and innovations in the field. The authors include discussion of timely issues such as the impact of the digital revolution, worldwide environmental concerns, the increasing scarcity of raw materials, the use of geotechnical data banks, the sustainability of construction materials, and new site investigation techniques. Providing the knowledge base required to design and build foundations for various types of onshore, offshore, and inland structures, Advanced Foundation Engineering: Outlines the key components of foundation systems, contemporary classification systems, analysis considerations, and design proceduresCovers diverse types of foundations and construction techniques, including shallow and semi-deep foundations, skirted and bucket foundations, floating foundations, and pile groupsDescribes data synthesis in preparing geotechnical reports, interactions between problematic soils and foundation design, and factors influencing the engineering properties of geomaterialsReviews the construction of various foundations on different geomaterials, key geotechnical requirements, and soil improvement methodsProvides insights into mitigating foundation issues, optimizing foundation selection, and maximizing existing foundationsAdvanced Foundation Engineering: Principles, Performance and Prospects is an ideal textbook for advanced undergraduate and graduate courses in foundation engineering and geotechnical engineering, and an invaluable reference for professional geotechnical engineers.

Produktinformation

Utgivningsdatum2026-05-28
Mått224 x 279 x 51 mm
Vikt2 654 g
FormatInbunden
SpråkEngelska
Antal sidor1 232
FörlagJohn Wiley & Sons Inc
ISBN9781394203451

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Byggnadsteknik inom Naturvetenskap och teknik

MOSES KARAKOUZIAN is a Professor of Civil Engineering in the Department of Civil & Environmental Engineering at the University of Nevada, Las Vegas, USA. His areas of expertise include geotechnical engineering, foundation engineering, construction materials, and highway and pavement materials. ABOLFAZL ESLAMI is a Professor of Civil and Environmental Engineering at Amirkabir University of Technology (AUT), Iran, and a private geotechnical consultant in Southern California, USA. He is internationally recognized for his contributions to Cone and Piezocone Penetration Tests, foundation systems, piling and ground engineering.

Preface xxvAcknowledgments xxxiTopic A Background 1Section I Context 31 An Introduction to Foundation Engineering 51.1 Introduction 51.2 Geosystems and Foundations 71.3 Foundation Engineering 81.4 Realm of Foundation Engineering 91.5 Challenging Conditions and Role of Foundation Engineer 101.6 Book Organization 161.7 Major Points 17References 182 Foundation Systems – Forms and Function 192.1 Process for Engineering of Foundations: Data, Design, and Construction 192.2 Foundation Categories: Geometry and Construction Aspects 192.3 Intermediate Alternatives: Semi-deep Foundations 212.4 Intermediate Alternatives: Ground Modification 242.5 Foundation Form Aspects 282.6 Insights on Foundation Systems; Features and Functions 292.7 Overall Procedure for Foundation Design 322.8 Case Histories 332.9 Major Points 39References 40Section II Geotechnical Engineering 433 Geotechnical Site Investigation 453.1 Geotechnical Engineering 453.2 Geotechnical Investigations Extensions 473.3 Stages for Geotechnical Investigations 483.4 Extent of Geotechnical Site Investigation for Foundation Engineering 493.5 Sources of Geotechnical Data 533.6 In Situ Penetration Tests 573.7 Variability from Laboratory and In Situ Testing 583.8 Geotechnical Reports 583.9 Problematic Soils 623.10 Case Histories 703.11 Major Points 753.12 Questions and Problems 75References 774 Soil and Rock Parameters for Foundations 794.1 Introduction 794.2 Basic Soil Mechanics for Foundation Engineering 804.3 Visual and Manual Soil Identification 854.4 Soil Classification Based on Laboratory Results 894.5 Soil Behavior Classification Based on In Situ Tests 944.6 Soil Geotechnical Parameters: Determination and Correlations 1014.7 Rock Properties and Classification 1184.8 Case Histories 1244.9 Major Points 1294.10 Questions and Problems 130References 134Topic B Shallow Foundations 137Section III Spread Footings and Mats 1395 Types and Construction Methods 1415.1 Introduction of Shallow Foundations 1415.2 Single Spread Foundations (Footings) 1425.3 Combined Foundations 1465.4 Mat Foundations 1475.5 Uncommon Shallow Foundations 1485.6 Case Histories 1515.7 Major Points 1545.8 Questions and Problems 155References 1566 Geotechnical Design Aspects 1576.1 Stresses in Soil 1576.2 Contact Pressure 1606.3 Determining Bearing Capacity 1636.4 Settlement Estimation 1786.5 Stability Issues (External) 1946.6 Major Points 2006.7 Questions and Problems 202References 2057 Structural Analysis and Design 2077.1 Introduction 2077.2 Principles of Internal Foundations Analysis 2087.3 Analysis of Flexible Foundations 2147.4 Structural Foundation Design 2227.5 Structural Design of Rigid Square Footings 2237.6 Major Points 2417.7 Questions and Problems 242References 244Section IV Ground Modifications 2458 Difficult Soil Improvement 2478.1 Introduction 2478.2 Background 2488.3 Soil Improvement Methods 2488.4 Earth Works 2488.5 Compaction and Densification 2538.6 Physical and Chemical Modification 2638.7 Hydraulic Modification 2718.8 Reinforcement 2778.9 Quality Control and Selection of Methods 2838.10 Major Points 2848.11 Questions and Problems 286References 2889 Foundations on Stabilized Soils 2919.1 Introduction 2919.2 Foundations on Massive Treated Soil 2929.3 Foundations on Rigid Intrusions (Stone Columns) 2999.4 Foundations on Reinforced Soils 3089.5 Major Points 3239.6 Questions and Problems 324References 327Topic C Semi-Deep Foundations 329Section V Skirted, Floating, and Shell Foundations 33110 Types and Construction Approach 33310.1 Introduction 33310.2 Geotechnical Background 33410.3 Categories 33510.4 Well Foundations 33510.5 Skirted Foundations 33810.6 Floating Foundations 33910.7 Bucket Foundations 34110.8 Spudcan 34610.9 Shell Foundations 34810.10 Major Points 35310.11 Questions 354References 35611 Skirted, Bucket, and Spudcan Foundations 35911.1 Introduction 35911.2 Bearing Capacity Determination: Classic and Modified Approaches 36111.3 Bearing Capacity of Skirted Foundations 36111.4 Bearing Capacity of Bucket Foundations 36611.5 Bearing Capacity of Spudcans 36911.6 Bearing Capacity Semi-Deep Foundations under Combined Loading (VMH) 37211.7 Main Correlations for Failure Pattern Under VMH Loading 37711.8 Case Studies 38011.9 Major Points 39111.10 Questions and Problems 392References 39412 Floating (Balanced) Foundations 39712.1 Background to Floating Foundations 39712.2 Floating Foundations Principles 39812.3 Types of Floating Foundations 39812.4 Excavation Issues and Associated Difficulties 40312.5 Supporting Systems 41012.6 Floating Foundation Design 41512.7 Case Studies 42012.8 Major Points 42512.9 Questions and Problems 426References 42813 Shell Foundations 43113.1 Introduction 43113.2 Overview of Shells in Civil Engineering 43313.3 Categories of Shell Foundations 43513.4 Design Approaches 43813.5 Geotechnical Design Approach 44113.6 Structural Design Approach 44413.7 Case Studies 44813.8 Case Studies 45513.9 Questions and Problems 456References 458Topic D Deep Foundations 459Section VI Single Piles and Drilled Shafts 46114 Types and Installation 46314.1 Deep Foundations Applications 46314.2 Piles Materials and Cross-Sections 46414.3 Pile Installation 46614.4 Drilled Shafts (Bored Piles): Applications and Construction 47314.5 Special Piles 47914.6 Major Points 49614.7 Questions and Problems 497References 49815 Geotechnical Design 50115.1 Deep Foundation Design 50115.2 Load Transfer Mechanism 50215.3 Bearing Capacity: Static Analysis 50415.4 Code-Based Methods 51015.5 Load–Displacement of Piles (P–Δ) 51715.6 Settlement 52215.7 Resistance Distribution; Residual Stress 52315.8 Helical Piles Capacity 52615.9 Pullout Capacity 53015.10 Post-Installation Capacity Variations 53315.11 Major Points 54515.12 Questions and Problems 546References 54916 In Situ Penetration Testing Applications 55116.1 Introduction 55116.2 Scale Effect in Correlations Between Pile, Foundation, and CPT 55216.3 CPT and Pile Scale Effect for Toe Capacity 55216.4 Scale Effect in Estimation of Shaft Capacity 55816.5 CPT or SPT Records for Pile Installation 56116.6 Commonly Used SPT-Based Methods for Pile Axial-Bearing Capacity 56216.7 Commonly Used Direct CPT-Based Methods for Pile Axial-Bearing Capacity 56716.8 Comments on the Methods 57416.9 Case Histories 58416.10 Major Points 59116.11 Questions and Problems 591References 59917 Lateral Loading and Structural Aspect 60317.1 Background of Lateral Loading 60317.2 Foundation Resistance Against Lateral Loading 60617.3 Analysis of Piles with Lateral Loads 60817.4 Lateral Pressure – Displacement Approach (p–y Curves) 62317.5 General Structural Design Aspects 63017.6 Structural Considerations of Piles and Drilled Shafts 63517.7 Piles and Drilled Shafts Design Under Combine Loading (VMH) 63817.8 Shear Piles 64117.9 Major Points 66317.10 Questions and Problems 664References 667Section VII Combined Loading and Group Actions 67118 Combined Loading and Pile Group 67318.1 Introduction 67318.2 Insight on Applied Pressure and Displacement Relation 67618.3 Pile and Pile Group under Combined Loading 67618.4 Load Distribution in a Pile Group 67718.5 Bearing Capacity Under Axial Loads 68118.6 Structural Design of Pile Cap 68618.7 Settlement of Pile Group 68918.8 Major Points 71018.9 Questions and Problems 710References 71419 Piled Raft Foundations 71719.1 Introduction 71719.2 Principles 71919.3 Geotechnical Performance 72319.4 Special Considerations 73019.5 Major Points 74319.6 Questions 743References 74420 Performance Under Extreme Conditions 74720.1 Introduction 74720.2 Deep Foundations for Slope Stability 74720.3 Downdrag Forces 75520.4 Cyclic Loading and Its Effects on Deep Foundations Performance 76120.5 Earthquake and Liquefaction 76920.6 Scour 78720.7 Major Points 80020.8 Questions and Problems 801References 803Topic E Complementary Issues 807Section VIII Testing and Numerical Approaches 80921 Full Scale Load Testing and Inspections 81121.1 Introduction 81121.2 Shallow Foundations Testing 81221.3 Deep Foundation Testing 82021.4 Hybrid Foundations Testing 84121.5 Rigid Intrusion And Micro-pile Testing 84521.6 Integrity and Soundness Inspection 85721.7 International Prediction Symposium Incorporating Comprehensive Pile Load Tests (Fellenius 2017) 87021.8 Major Points 87521.9 Questions and Problems 876References 87722 Numerical Analysis 88322.1 Introduction 88422.2 Preliminaries and Basic Concepts 88422.3 Numerical Analysis in Geotechnical Engineering 89022.4 Different Numerical Methods in Foundation Engineering 89722.5 Common Software in Foundation Engineering 92222.6 Numerical Modeling of Special Issues in Foundation Engineering 92422.7 Major Points 95822.8 Questions and Problems 959References 960Section IX Trends and Prospects 96323 Uncertainty and Reliability 96523.1 Introduction 96523.2 Uncertainty Sources in Geotechnical Engineering 96623.3 Random Analysis Techniques in Geotechnical Engineering 96923.4 Methods for Determining the Reliability Index 96923.5 Case Studies 97623.6 Major Points 98823.7 Questions and Problems 989References 99024 LRFD Approach and Some Codes Review 99324.1 Introduction 99324.2 Load and Resistance Factor Design 99424.3 Axial Pile Bearing Capacity of Piles in Codes 99924.4 Case Studies 100324.5 Major Points 100724.6 Questions and Problems 1007References 1008Topic F Recent Advances and Developments 1011Section X Sustainable Development 101325 Data Mining-Based Design 101525.1 Introduction 101525.2 Soil Parameters and In Situ Testing Databases 101625.3 Shallow Foundation and In Situ Testing Databases 101625.4 Deep Foundations and In Situ Testing Databases 101725.5 New Approach for Pile Design Upon Cone Penetration Test Databases 102225.6 Implementations of Proposed Procedure 102425.7 Appraisal of Predictive CPT-Based Methods 102725.8 Multi-Criteria Decision-Making Models for Optimized Selection of Methods 103325.9 Major Points 103425.10 Questions and Problems 1035References 103626 Foundation Damages: Recognition and Repair 104126.1 Insight on Foundation Damages 104126.2 Geotechnical Aspects 104226.3 Issues Related to Structural Design and Construction Errors 104626.4 Durability and Aging Effects 104726.5 Neighboring and Circumferential Complications 105126.6 Damage Assessment 105726.7 Foundation Restoration and Retrofitting 106126.8 Major Points 109126.9 Questions and Problems 1092References 109327 Foundation Selection: Performance, Sustainability, and Value Engineering/Optimization 109727.1 Overview of Foundations 109727.2 Multidisciplinary Approach 109927.3 Determinant Factors for Foundations Selection 109927.4 Project-Based Foundation Selection 110227.5 The Holistic Approach to Foundation Systems: Integrating Disciplines for Long-Term Stability and Preventing Improper Foundation Selection 111227.6 Sustainability Applications in Foundation Engineering 111727.7 Reuse of Existing Foundations After Demolition of the Structures 113227.8 Value Engineering and Optimization 114227.9 Major Points 114927.10 Questions and Problems 1151References 1152Subject Index 1157Author Index 1181