Great strides have been made in the art of foundation design during the last two decades. In situ testing, site improvement techniques, the use of geogrids in the design of retaining walls, modified ACI codes, and ground deformation modeling using finite elements are but a few of the developments that have significantly advanced foundation engineering in recent years. What has been lacking, however, is a comprehensive reference for foundation engineers that incorporates these state-of-the-art concepts and techniques.
The Foundation Engineering Handbook fills that void. It presents both classical and state-of-the-art design and analysis techniques for earthen structures, and covers basic soil mechanics and soil and groundwater modeling concepts along with the latest research results. It addresses isolated and shallow footings, retaining structures, and modern methods of pile construction monitoring, as well as stability analysis and ground improvement methods. The handbook also covers reliability-based design and LRFD (Load Resistance Factor Design)-concepts not addressed in most foundation engineering texts.
Easy-to-follow numerical design examples illustrate each technique. Along with its unique, comprehensive coverage, the clear, concise discussions and logical organization of The Foundation Engineering Handbook make it the one quick reference every practitioner and student in the field needs.
Sprache
Verlagsort
Verlagsgruppe
Zielgruppe
Für Beruf und Forschung
Für höhere Schule und Studium
Civil engineers and foundation engineers and other professionals such as engineering geologists as well as students studying geotechnical engineering; or soil mechanics.
Illustrationen
90 s/w Photographien bzw. Rasterbilder, 137 s/w Tabellen, 416 s/w Abbildungen
766 equations; 90 Halftones, black and white; 137 Tables, black and white; 416 Illustrations, black and white
Maße
Höhe: 254 mm
Breite: 178 mm
Gewicht
ISBN-13
978-0-8493-1159-8 (9780849311598)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
Herausgeber*in
University of South Florida, Tampa, USA
REVIEW OF SOIL MECHANICS CONCEPTS AND ANALYTICAL TECHNIQUES; Manjriker Gunaratne
Introduction
Soil Classification
Effective Stress Concept
Strength of Soils
Compressibility and Settlement
Soil Densities and Compaction
Finite Element Concepts Used in Modeling of Earthen Structures
Common Methods of Modeling the Yielding Behavior of Soils
References
IN SITU SOIL TESTING; Gray Mullins
Introduction to Subsurface Exploration
Need for In Situ Testing
Geophysical Testing Methods
Physical Sampling and Penetration Tests
Cone Penetration Test
The Field Vane Shear Test
The Pressuremeter Test
The Dilatometer Test
California Bearing Ratio Test
Borehole Shear Test
References
SPREAD FOOTINGS: ANALYSIS AND DESIGN; Manjriker Gunaratne
Design Criteria
Evaluation of Bearing Capacity
Settlement Analysis
Load and Resistance Factor Design Criteria
Design of Footings to Withstand Vibrations
Additional Examples
References
GEOTECHNICAL DESIGN OF COMBINED SPREAD FOOTINGS; Manjriker Gunaratne
Introduction
Design Criteria
Conventional Design of Rectangular Combined Footings
Conventional Design of Mat Footings
Settlement of Mat Footings
Design of Flexible Combined Footings
Structural Matrix Analysis Method for Design of Flexible Combined Footings
Finite Difference Method of Flexible Mat Footing Design
Additional Design Examples
References
STRUCTURAL DESIGN OF FOUNDATIONS; Panchy Arumugasamy
Introduction
Types of Foundations
Soil Pressure Distribution under Footings
Determination of the Size of Footing
Strip or Wall Footings
Combined Footings
Pile Foundations
Design of Grade Beams
Structural Design of Drilled Shafts
References
DESIGN OF DRIVEN PILES AND PILE GROUPS; Manjriker Gunaratne
Introduction
Design of Pile Foundations
Estimation of Static Pile Capacity of a Single Pile
Pile Load Transfer
Time Variation of Pile Capacity (Pile Setup)
Computation of Pile Settlement
Pile Groups
Downdrag (Negative Skin Friction)
Load and Resistance Factor Design Criteria
Static Capacity of Piles on Rock
Pullout Capacity of Driven Piles
Screw Piles
Pile Hammers
Additional Examples
References
DESIGN OF DRILLED SHAFTS; Gray Mullins
Introduction
Construction Considerations
Design Capacity of Drilled Shafts
Use of Triaxial or SPT Data in Clay
Designing Drilled Shafts from CPT Data
Designing from Rock Core Data
Designing from Load Test Data
Design of Post Grouted Shafts
Economy of Load Testing
Pressure Injected Footings
Nomenclature
References
DESIGN OF LATERALLY LOADED PILES; Manjriker Gunaratne
Introduction
Lateral Load Capacity Based on Strength
Lateral Load Capacity Based on Deflections
Lateral Load Capacity of Pile Groups
Load and Resistance Factor Design for Laterally Loaded Piles
Effect of Pile Jetting on the Lateral Load Capacity
Effect of Preaugering on the Lateral Load Capacity
References
CONSTRUCTION MONITORING AND TESTING METHODS OF DRIVEN PILES; Manjriker Gunaratne
Introduction
Construction Techniques Used in Pile Installation
Verification of Pile Capacity
Pile Driving Analyzer
Comparison of Pile Driving Formulae and Wave-Equation Analysis Using the PDA Method
Static Pile Load Tests
Load Testing Using the Osterberg Cell
Rapid Load Test (Statnamic Pile Load Test)
Lateral Load Testing of Piles
Finite Element Modeling of Pile Load Tests
Quality Assurance Test Methods
Methods of Repairing Pile Foundations
Use of Piles in Foundation Stabilization
References
RETAINING WALLS: ANALYSIS AND DESIGN; Alaa Ashmawy
Introduction
Lateral Earth Pressure
Basic Design Principles
Gravity Walls
Cantilever Walls
MSE Walls
Sheet Pile and Tie-Back Anchored Walls
Soil Nail Systems
Drainage Considerations
Deformation Analysis
Performance under Seismic Loads
Additional Examples
Glossary
References
STABILITY ANALYSIS AND DESIGN OF SLOPES; Manjriker Gunaratne
Introduction
Analysis of Finite Slopes with Plane Failures
Method of Slices
Slope Stability Analysis Using the Stability Number Method
Stabilization of Slopes with Piles
Reinforcement of Slopes with Geotextiles and Geogrids
Reliability-Based Slope Design
Slope Instability and Landslides
Investigation of Slope Failures
Approximate Three-Dimensional Slope Stability Analysis
Additional Examples
References
METHODS OF SOFT GROUND IMPROVEMENT; Jim Hussin
Introduction
Compaction
Reinforcement
Fixation
Other Innovative Soft-Ground Improvements Techniques
References
IMPACT OF GROUNDWATER ON THE DESIGN OF EARTHEN STRUCTURES; Manjriker Gunaratne
Groundwater and Seepage
Graphical Solution to Groundwater Problems: Flow Nets
Numerical Modeling of Groundwater Flow
Analytical Modeling of Groundwater Flow
Dewatering of Excavations
Basic Environmental Geotechnology
Application of Groundwater Modeling Concepts in Environmental Geotechnology
Design of Filters
References
INDEX
