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Ground Improvement By Deep Vibratory Methods 1st Edition by Klaus Kirsch, Fabian Kirsch ISBN 0415550157 9780415550154

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Author(s): Klaus Kirsch, Fabian Kirsch
ISBN(s): 9780415550154, 0415550157
Edition: 1
File Details: PDF, 4.62 MB
Year: 2010
Language: english
SKU: EB-4927704 Category: Tags: ,

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ISBN 10: 0415550157 
ISBN 13: 9780415550154
Author: Klaus Kirsch, Fabian Kirsch

Vibro compaction and vibro stone columns are the two dynamic methods of soil improvement most commonly used worldwide. These methods have been developed over almost eighty years and are now of unrivalled importance as modern foundation measures. Vibro compaction works on granular soils by densification, and vibro stone columns are used to displace and reinforce fine-grained and cohesive soils by introducing inert material. This second edition includes also a chapter on vibro concrete columns constructed with almost identical depth vibrators. These small diameter concrete piles are increasingly used as ground improvement methods for moderately loaded large spread foundations, although the original soil characteristics are only marginally improved. This practical guide for professional geotechnical engineers and graduate students systematically covers the theoretical basis and design principles behind the methods, the equipment used during their execution, and state of the art procedures for quality assurance and data acquisition. All the chapters are updated in line with recent developments and improvements in the methods and equipment. Fresh case studies from around the world illustrate the wide range of possible applications. The book concludes with variations to methods, evaluates the economic and environmental benefits of the methods, and gives contractual guidance. The Open Access version of this book, available at http://www.taylorfrancis.com, has been made available under a Creative Commons Attribution-Non Commercial-No Derivatives 4.0 license

Ground Improvement By Deep Vibratory Methods 1st Table of contents:

Chapter 1: Introduction to Ground Improvement Techniques

  • Importance of Ground Improvement in Geotechnical Engineering

  • Overview of Soil Improvement Methods

  • Classification of Ground Improvement Techniques

  • The Role of Deep Vibratory Methods in Modern Engineering

Chapter 2: Fundamentals of Deep Vibratory Methods

  • Principles of Vibratory Ground Improvement

  • Vibratory Equipment and Tools Used in the Process

  • Basic Mechanisms of Vibratory Soil Compaction

  • Theoretical Background: Vibrations and Soil Response

Chapter 3: Types of Deep Vibratory Methods

  • Vibrocompaction

  • Vibro-Displacement and Vibro-Replacement

  • Vibration with Drilling (Vibroflotation)

  • The Use of Vibratory Probes and Drilling Equipment

Chapter 4: Design and Selection of Vibratory Ground Improvement Techniques

  • Site Investigation and Soil Testing

  • Criteria for Selecting the Right Vibratory Method

  • Design Parameters and Calculation Methods

  • Impact of Soil Properties on Improvement Outcomes

  • Depth and Spacing Considerations for Vibro Methods

Chapter 5: Vibrocompaction: Mechanisms and Applications

  • Process of Vibrocompaction

  • Applications of Vibrocompaction in Dense Sands and Granular Soils

  • Case Studies and Practical Examples

  • Benefits and Limitations of Vibrocompaction

  • Environmental Considerations and Effects

Chapter 6: Vibro-Replacement: Methods and Use

  • Explanation of Vibro-Replacement Process

  • Use in Granular Soils and Cohesive Soils

  • Design of Gravel or Sand Columns

  • Case Histories: Successful Applications of Vibro-Replacement

  • Performance and Monitoring of Vibro-Replacement

Chapter 7: Vibroflotation and its Applications

  • Principles and Techniques of Vibroflotation

  • Mechanism of Vibroflotation in Improving Soil Density

  • Case Studies of Vibroflotation in Soft and Saturated Soils

  • Enhancing Liquefaction Resistance with Vibroflotation

  • Limitations and Precautions

Chapter 8: Equipment Used in Deep Vibratory Methods

  • Overview of Vibratory Probes and Vibro-Compaction Equipment

  • Selection of Vibro-Equipment for Specific Site Conditions

  • Maintenance and Calibration of Vibratory Equipment

  • Technological Advances in Vibro-Equipment Design

Chapter 9: Applications of Deep Vibratory Methods in Construction

  • Ground Improvement for Foundations

  • Enhancing Soil for Dams and Embankments

  • Soil Treatment for Roads and Pavement Layers

  • Mitigation of Soil Settlement in Building Construction

  • Seismic and Earthquake-Resistant Soil Modification

Chapter 10: Environmental and Economic Considerations

  • Environmental Impacts of Vibratory Ground Improvement

  • Noise, Vibration, and Soil Compaction Effects

  • Regulatory Requirements and Standards

  • Cost-Benefit Analysis of Using Vibratory Methods

  • Sustainability and Energy Consumption in Ground Improvement

Chapter 11: Monitoring, Quality Control, and Performance Evaluation

  • Monitoring Techniques for Deep Vibratory Ground Improvement

  • Evaluating the Success of Ground Improvement Projects

  • Post-Construction Settlement Monitoring and Long-Term Performance

  • Methods for Quality Assurance and Control in Vibro Treatments

  • Case Studies on Monitoring Vibro-Treated Sites

Chapter 12: Future Trends and Innovations in Ground Improvement

  • Advances in Vibratory Technology

  • Future Applications and Emerging Techniques

  • Automation and Smart Technologies in Ground Improvement

  • Sustainable Ground Improvement Practices

  • Role of Deep Vibratory Methods in Geotechnical Innovation

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Tags: Klaus Kirsch, Fabian Kirsch, Deep Vibratory