The series comprises selected translations of Russian geotechnical literature, and this is a translation of a 1989 second edition reference. Coverage includes laws governing expansion and contraction of argillaceous soils, principles governing deformation of soil mass and foundations during soil exp
The series comprises selected translations of Russian geotechnical literature, and this is a translation of a 1989 second edition reference. Coverage includes laws governing expansion and contraction of argillaceous soils, principles governing deformation of soil mass and foundations during soil exp
Preface 1 Laws Governing Expansion and Contraction of Argillaceous Soils 1. Relationship between Expansion and Swelling Moisture Content and Composition and State of the Soil 2. Relationship between Expansion and Pressure. Structural Cohesion of Soil during Swelling 3. Lateral Pressure during Soil Swelling 4. Swelling of Soil Wetted by Various Kinds of Fluids 5. Contraction of Expansive Soils 2 Principles Governing Deformation of Soil Mass and Foundations during Soil Expansion 1. Deformation of Soil Mass during Artificial Wetting 2. Deformation of Soil Underlying Foundations during its Wetting 3. Zones and Phases of Deformation during Swelling 4. Lateral Deformations and Pressures acting on Protective Structures during Soil Swelling 5. Change in Volume of Soil Mass due to Climatic Factors 6. Computation of Soil Heave due to Climatic Factors 7. Computation of Displacements of Flexible and Elastic Foundations and Redistribution of Contact Pressure during Soil Swelling 3 Engineering Geological Investigations of Regions with Extensive Occurrence of Expansive Soils 1. Engineering Geological Properties of Expansive Soils 2. Laboratory and Field Investigations on Expansive Soils 4 Design of Structures on Expansive Soils 1. Basic Principles of Design 2. Deformation of Structures Built on Expansive Soils 3. Computation ofileave of Soil Mass and Footings during Soil Swelling 5 File Foundations on Expansive Soils 1. Special Features of Piles on Expansive Soils 2. Investigation of Deformation and Bearing Capacity of Pile Groups on Expansive Soils 3. Experimental Investigation of Single Piles and Pile Foundations under Lateral Loading 237on Expansive Soils 4. Design of Pile Foundations 5. Installation of Pile Foundations 6 Methods of Construction on Expansive Soils 1. Preparation of Soil Base on Expansive Soils 2. ConstrUctional and Water protection Measures 3. Techno Economic Comparison of Alternative Methods of Construction 4. Maintenance of Buildings Constructed on Expansive Soils and Methods of Rehabilitation of Deformed Structures REFERENCES.
Preface 1 Laws Governing Expansion and Contraction of Argillaceous Soils 1. Relationship between Expansion and Swelling Moisture Content and Composition and State of the Soil 2. Relationship between Expansion and Pressure. Structural Cohesion of Soil during Swelling 3. Lateral Pressure during Soil Swelling 4. Swelling of Soil Wetted by Various Kinds of Fluids 5. Contraction of Expansive Soils 2 Principles Governing Deformation of Soil Mass and Foundations during Soil Expansion 1. Deformation of Soil Mass during Artificial Wetting 2. Deformation of Soil Underlying Foundations during its Wetting 3. Zones and Phases of Deformation during Swelling 4. Lateral Deformations and Pressures acting on Protective Structures during Soil Swelling 5. Change in Volume of Soil Mass due to Climatic Factors 6. Computation of Soil Heave due to Climatic Factors 7. Computation of Displacements of Flexible and Elastic Foundations and Redistribution of Contact Pressure during Soil Swelling 3 Engineering Geological Investigations of Regions with Extensive Occurrence of Expansive Soils 1. Engineering Geological Properties of Expansive Soils 2. Laboratory and Field Investigations on Expansive Soils 4 Design of Structures on Expansive Soils 1. Basic Principles of Design 2. Deformation of Structures Built on Expansive Soils 3. Computation ofileave of Soil Mass and Footings during Soil Swelling 5 File Foundations on Expansive Soils 1. Special Features of Piles on Expansive Soils 2. Investigation of Deformation and Bearing Capacity of Pile Groups on Expansive Soils 3. Experimental Investigation of Single Piles and Pile Foundations under Lateral Loading 237on Expansive Soils 4. Design of Pile Foundations 5. Installation of Pile Foundations 6 Methods of Construction on Expansive Soils 1. Preparation of Soil Base on Expansive Soils 2. ConstrUctional and Water protection Measures 3. Techno Economic Comparison of Alternative Methods of Construction 4. Maintenance of Buildings Constructed on Expansive Soils and Methods of Rehabilitation of Deformed Structures REFERENCES.
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