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Additional information on sheet piling:
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$89.00 (CD or Paper Book) The successor to the classic Pile Buck Sheet Piling Design Manual, this Pile Buck exclusive is the definitive reference for the design of sheet pile walls. It covers every aspect of sheet pile design including the soil mechanics and earth pressure theory involved in sheet pile design, structural considerations, design of both cantilever and anchored walls, earthquake design for sheet pile walls, seepage and hydrostatic loads, anchor systems and tiebacks, cofferdams, corrosion and more.
Text includes numerous worked examples and step-by-step solutions featuring various methods of design. Examples include use of the software program SPW911 along with "hand" solutions.
Contents include the following:
- Overview of Sheet Piling
- Types of Sheet Piling
- Applications
- Backfill Materials for Sheet Pile Walls
- Failure modes and Loads of Sheet Pile Walls
- Structural Design of Sheet Pile Walls
- Materials Used in Sheet Piling (includes information on steel, aluminum, vinyl and composite fiberglass walls)
- Bending of Sheet Piling
- Interlock Strength for Flat Sheeting
- Overview of Soil Mechanics
- Soils
- Logging
- Special Materials and Difficult Soils
- Laboratory Testing
- Field Exploration, Testing and Instrumentation
- Measurment of Soil Properties In-Situ
- Basic Earth Pressure Concepts
- Lateral Earth Pressure Coefficients
- Total and Effective Stresses
- Mohr-Coulomb Shear Strength
- Earth Pressure and Wall Movement
- Static Earth Pressures
- Rankine, Coulomb and Log-Spiral Theories
- Earth Pressures Computed Using the Trial Wedge Procedures
- Dynamic Earth Pressures
- Overview of Earthquake Loads
- Dynamic Active and Passive Earth Pressure Forces and Pressures
- Effect of Submergence of the Backfill
- Effect of Vertical Accelerations
- Cases with Surface Loadings
- Water and Water Flow in Soil
- Hydrostatic Water and Surcharge
- Steady State Seepage
- Analysis of Groundwater Flow
- Seepage Forces
- Wave Action
- Other Loads on Sheet Pile Walls
- Effect of Surface Loadings
- Additional Applied Loads
- Design of Cantilevered and Anchored Walls using Classical Methods
- Cantilever Walls in Cohesionless and Cohesive Soils
- Anchored Walls -- Free Earth Support Method
- Anchored Walls -- Fixed Earth Support Method
- Load and Resistance Factor Design (LRFD)
- Sheet Piling Design by Soil-Structure Interaction Analysis
- Anchor Systems and Tiebacks
- Traditional Anchor Systems
- Tiebacks
- Analysis and Design of Anchored Walls and Anchor Systems for Earthquake Loads
- Sheet Piling Cofferdams
- High Modulus Walls
- Cellular Cofferdams
- Layout of Cellular Cofferdams
- Design Parameters
- Classical Design Methods
- Finite Element Methods
- Foundation Treatment
- Dewatering and Pressure Relief
- Instrumentation of Cellular Cofferdams
- Cellular Sheet Piling Structures, Mooring Cells and Dolphins
- Corrosion and Protection
- Types of Corrosion
- Corrosion Environments
- Design for Protection of Steel Piling
- Lateral Earth Pressure Tables and Charts
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