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> Retaining & flood walls & foundation design: cd, 1729 p
Retaining & flood walls & foundation design: cd, 1729 p
RETAINING AND FLOOD WALLS & FOUNDATION DESIGN
consisting of 9 manuals over 1729 pages of useful self-study material with diagrams and illustrations.
1. RETAINING AND FLOOD WALLS (448 pp)
2. DESIGN OF SHEET PILE CELLULAR STRUCTURES COFFERDAMS AND RETAINING STRUCTURES (186 pp)
3. SETTLEMENT ANALYSIS (205 pp)
4. BEARING CAPACITY OF SOILS (196 pp)
5. ROCK REINFORCEMENT (202 pp)
6. SOILS AND GEOLOGY PROCEDURES FOR FOUNDATION DESIGN OF BUILDINGS AND OTHER STRUCTURES (204 pp)
7. FOUNDATIONS IN EXPANSIVE SOILS (95 pp)
8. MASONRY STRUCTURAL DESIGN FOR BUILDINGS (166 pp)
9. STRUCTURAL DESIGN CRITERIA FOR STRUCTURES OTHER THAN BUILDINGS (27 pp)
This manual provides guidance for the safe design and economical construction of retaining
and flood walls. This manual is intended primarily for retaining walls which will be subjected to hydraulic
loadings such as flowing water, submergence, wave action, and spray, exposure to chemically
contaminated atmosphere, and/or severe climatic conditions.
q 2 - General Design Considerations
q 6 - Design and Construction Details and Causes of Unsatisfactory Performance
q 7 - Special Considerations for Flood Walls
q 9 - Cantilever Reinforced Concrete Walls
q 10 - Alternate Types of Retaining Walls
q C - Notation for Chapters 3, 4, and 5
q E - Comparison of Danish Code and Jaky Equations for at-Rest Coefficient with Coulomb Coefficient Found Using Reduces Shear Strength Parameter
q F - Derivation of General Wedge Equation for Single Wedge Analysis (Equation 3-23)
q G - Derivation of Equations for Critical Slip-plane Angle for Driving and Resisting Wedges
q H - Derivation of Pressure Coefficients for Solution of Lateral Earth Pressure Problems
q I - Derivation of Equation for Depth of Crack dc in Cohesive Soil
q J - Lateral Pressures Due to Compaction
q K - Derivation of Vertical Shear Force for Upward Sloping Backfill
q L - Derivation of General Wedge Equation for Multiple Wedge Analysis
DESIGN OF SHEET PILE CELLULAR STRUCTURES COFFERDAMS AND RETAINING STRUCTURES
This manual is intended to provide guidance for the design of sheet pile cellular cofferdams.
Geotechnical considerations, analysis and design procedures, construction considerations, and
instrumentation are discussed. Special emphasis is placed on all aspects of cellular cofferdams, such as
planning, hydraulic considerations, and layout.
q Chapter 2 - Planning, Layout, and Elements of Cofferdams
q Chapter 3 - Geotechnical Considerations
q Chapter 4 - Analysis and Design
q Chapter 5 - Engineering Considerations Pertaining to Construction
q Chapter 6 - Dewatering and Pressure Relief
q Appendix A - References and Bibliography (Changes from Errata Sheet No.1 have been incorporated.)
q Appendix B - Symbols and Sliding Stability Analysis of a General Wedge System
q Appendix C - Example Problems
This manual presents guidelines for calculation of vertical displacements and settlement of
soil under shallow foundations (mats and footings) supporting various types of structures and under
q Chapter 2 - Limitations of Settlement
q Chapter 3 - Evaluation of Settlement for Static Loads
q Chapter 4 - Evaluation of Settlement for Dynamic and Transient Loads
q Chapter 5 - Applications with Unstable Foundation Soil
q Chapter 6 - Coping with Soil Movements
q Appendix C Stress Distribution in Soil
q Appendix D - Elastic Parameters
q Appendix E - Laboratory Consolidometer Tests
q Appendix F - Computer Program VDISPL
This manual presents guidelines for calculation of the bearing capacity of soil under shallow
and deep foundations supporting various types of structures and embankments. This information is
generally applicable to foundation investigation and design conducted by Corps of Engineer agencies.
q Chapter 2 - Non-Load Related Design Considerations
q Chapter 4 - Shallow Foundations
q Chapter 5 - Deep Foundations
q Appendix C - Computer Program AXILTR
The purpose of this manual is to outline techniques and procedures of rock reinforcement for
underground and surface structures in civil engineering works. Design procedures and examples of
successful installations are presented for guidance in the design and construction of rock reinforcement
q Chapter 2 - Design of Rock Reinforcement
q Chapter 3 - Tensioned Rock Bolts
q Chapter 4 - Untensioned Reinforcement Elements
q Chapter 5 High Capacity Tensioned Rock Anchors
q Chapter 6 - Surface Treatment
q Chapter 7 - Case Histories and Applications
q Appendix A - Background and History of Rock Reinforcement
q Appendix B - Sample Rock Bolt Specification
q Appendix C - Sample Material Specification for Polyester Resin Grouted Rock Bolts
q Appendix D - Sample Rock anchor Specification
q Appendix E Tentative Recommendations for Prestressed Rock and Soil Anchors
SOILS AND GEOLOGY PROCEDURES FOR FOUNDATION DESIGN OF BUILDINGS AND OTHER STRUCTURES
q Characterization Of Swell Behavior From Soil Suction
This manual prescribes criteria and furnishes guidance for the structural design of reinforced masonry in buildings.
q Chapter 2 - Quality Assurance in Masonry
q Chapter 3 - Materials, Properties, Standard Tests and Efflorescence
q Chapter 4 - Design for Crack Control
q Chapter 5 - General Criteria for Reinforced Masonry
q Chapter 6 - Reinforced Masonry Walls
q Chapter 7 - Reinforced Masonry Shear Walls
q Chapter 9 - Columns and Plasters
q Chapter 10 - Nondestructive Evaluation Techniques
q Appendix B - Design Aids for Reinforced Masonry Walls (pages 1-25)l
q Appendix B - Design Aids for Reinforced Masonry Walls (pages 26 - 47)
q Appendix C - Lintel Design Aids
STRUCTURAL DESIGN CRITERIA FOR STRUCTURES OTHER THAN BUILDINGS
This manual establishes structural design criteria for structures other than buildings,
furnishes design guidance for various types of structures, and identifies special considerations with regard
to certain materials in specific applications.
q Chapter 2 - Materials and Criteria
q Chapter 3 Transportation Structures
q Chapter 5 - Structures for Bulk Materials
q Chapter 6 - Water Related Structures Except Storage Tanks
q Chapter 7 - Mechanical System Structures
q Chapter 8 - Electrical and Communication Structures
q Chapter 9 - Specialty Structures
