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Designing with Geosynthetics. Vol 2

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Descripción

Following the structure of previous editions, Volume 2 of this Sixth Edition proceeds through four individual chapters on geomembranes, geosynthetic clay liners, geofoam and geocomposites. The two volumes must accompany one another. Volume 1 contains geosynthetics, geotextiles, geogrids and geonets. The two volumes must accompany one another


Características

  • ISBN: 978-1-46534-526-4
  • Páginas: 416
  • Tamaño: 17x24
  • Edición:
  • Idioma: Inglés
  • Año: 2012

Compra bajo pedidoDisponibilidad: 3 a 7 Días

Contenido Designing with Geosynthetics. Vol 2

Following the structure of previous editions, Volume 2 of this Sixth Edition proceeds through four individual chapters on geomembranes, geosynthetic clay liners, geofoam and geocomposites. The two volumes must accompany one another. Volume 1 contains geosynthetics, geotextiles, geogrids and geonets. The two volumes must accompany one another. All are polymeric materials used for myriad applications in geotechnical, geoenvironmental, transportation, hydraulic and private development applications. The technology has become a worldwide enterprise with approximate $5B material sales in the 35-years since first being introduced. In addition to describing and illustrating the various materials; the most important test methods and design examples are included as pertains to specific application areas. This latest edition differs from previous ones in that sustainability is addressed throughout, new material variations are presented, new applications are included and references are updated accordingly. Each chapter includes problems for which a solutions manual is available.


Contents

- Designing with geomembranes
- Introduction
- Geomembrane Properties and test methods

   - Overview
   - Physical Properties
   - Mechanical Properties
   - Endurance Properties
   - Lifetime Prediction
   - Summary
- Survivability Requirements
- Liquid Containment ( Pond ) Liners

   - Geometric Considerations
   - Typical Cross-Sections
   - Geomembrane Material Selection
   - Thickness Considerations
   - Side-Slope Considerations
   - Runout and Archor Trench Design
   - Summary
- Covers for Reservoirs and quasi-solid
   - Overview
   - Fixed and Suspended Covers
   - Floating Covers
   - Quasi-Solids Covers
   - Complete Encapsulation
- Water Conveyance ( Canal ) Liners
   - Overview
   - Siting Considerations and Geometric
   - Typical Cross Sections
   - Grading and Leachate Removal
   - Material Selection
   - Trickness
   - Puncture Protection
   - Runout and Anchor Trenches
   - Side Slope Subgrade Soil Stability
   - Access ramps
   - Stability of solid-Waste Masses
   - Vertical  Expansion ( Piggyback) Landfills
   - Coal Combustion Residuals
   - Heap leach
   - Summary
- Landfill Covers and Closures
   - Overview
   - Varios Cross Section
   - Gas Collection Layer
   - Barrier Layer
   - Infiltrating water drainage layer
   - Protection ( Cover Soil ) layer
   - Surface ( Top Soil ) layer
   - Post closure beneficial uses and Aesthetics
- Wet ( Or Bioreactor ) Landfills
   - Background
   - Base liner System
   - Leachate collection system
   - Leachate removal system
   - Filter and/or operation layer
   - Daily cover materials
   - Final cover issues
   - Exposes geomembrane covers
   - Waste stability concerns
   - Summary
- Underground Storage Tanks
   - Overview
   - Low volumen systems
   - High volumen systems
   - Tank Farms
   - Spray-Applied Geomembranes
- Hydraulic and Geotechnical Applications
   - Earch and Earch/Rock Dams
   - Concrete and mansory dams
   - Roller-compacted concrete dams
   - Geomembrane Dams
   - Tunnels
   - Vertical Cutof Walls
- Geomembrane Seams
   - Seaming Methods
   - Destructive Seam Tests
   - Nondestructive Seam Tests
   - Seaming commentary
- Detais and miscellaneous items
   - Connections
   - Appurtenances
   - Leak Location ( After-Waste Placement ) Techniques
   - Wind Uptiflt
   - Quality Control and Quality Assurance
- Concluding Remarks
- References
- Problems


- Introductions
- Gcl Properties and Test Methods

   - Physical Properties
   - Hydraulic Properties
   - Mechanical Properties
   - Endurance Properties
- Equivalency Issuses
- Designing with Gcls

   - GCLS as single Liners
   - GCLS as composite Covers
   - GCLS on Slopes
- Design Critique
- Construction methods
- References
- Problems
- Introduction
- Geofoam Properties and test Methods

  - Physical Properties
  - Thermal Properties
  - Endurance Properties
- Design Applications
 - Lightweight Fill
 - Compressiblen Inclusion
 - Thermal  Insulation
 - Drainage Applications
- Design Critique
- Construction Methods
- References
- Problems
- Introduction
- Geocomposites in Separation

 - Temporary Erosion and  Revegetation Materials
 - Permament Erosion and Revegetation Materiales:Biotechnical-Related
 - Permament Erosion and Revegetation Hard Armor Related
- Design Consideration
- Summary
- Geocomposites in Reinforcement

  - Reinforced Geotextile Composites
  - Reinforced Geomembrane Composites
  - Reinforced Soil Composites
  - Reinforced Concrete Composites
  - Reinforced Bitumen Composites
- Geocomposites in filtration
- Geocomposites in drainage
- Wick ( Prefabricated Vertical ) Drains
- Sheet Drains
- Highway Edge Drains
- Geocomposite in Contained ( Liquid/Vapor Barriers )
- Conclusion
- References
- Problems



 

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