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Guidelines to Restoring Structural Integrity of Covered Bridge Members

Editat de Forest Service (U.S.), Forest Products Laboratory (U.S.) Autor Ronald W. Anthony
en Limba Engleză Paperback – apr 2018 – vârsta de la 20 ani
These guidelines are designed for decision makers (selection, country commissioners, city planners, preservation officers, contractors, rehabilitation engineers, etc.) to understand the components that are used to make effective decisions about how and when to repair a covered bridge, such as structural integrity, engineering analyses,condition assessments, how to support the bridge during repairs, and more.   There are numerous types of covered bridges and ensuring public safety during repairs is a paramount issue for future generations to enjoy. 

Related products:
Find more Renovation & Historic Preservation resources here:https://bookstore.gpo.gov/catalog/renovation-historic-preservation

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https://bookstore.gpo.gov/catalog/bridges-tunnels

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Specificații

ISBN-13: 9780160943966
ISBN-10: 0160943965
Pagini: 56
Ilustrații: Illustrated, some color
Dimensiuni: 216 x 279 x 6 mm
Greutate: 0.25 kg
Editura: United States Dept. of Agriculture
Colecția United States Department of Agriculture

Cuprins



Contents
Executive Summary
Acknowledgments

Chaper 1: Introduction
  Purpose of the Guidelines
  Need for Repairs to Covered Bridges
  Truss Types
  The Secretary of the Interior’s Standards for the Treatment of Historic Properties
  Where do You Start?
  References

Chapter 2: Condition Assessment
  Mechanisms of Deterioration
  What to Look For
  Where to Look
  What Tools to Use
  Challenges when Assessing Condition
  References

Chapter 3: Engineering Analysis
   Construction Details
  Timber Joinery and Connections
  Considerations for Engineering Analysis of Timber Joinery and Connections
  Considerations for Engineering Analysis of a Burr Arch

Chapter 4: Supporting the Bridge for Repairs
  Cribbing, Shoring, Staging, and Rigging
   Other Considerations
   References

Chapter 5: Repairs
  Rehabilitating the Bridge Using Traditional Timber Repairs
  Strength Enhancement
  Visual Grading to Determine Strength of Bridge Members
  Increasing Load Capacity by Augmenting or Reinforcing Existing Members
  Increasing Load Capacity Using Laminated Timber
   Increasing Load Capacity by Reinforcing with Fiber Reinforced Polymers
   Increasing Load Capacity through Post-Tensioning
  Increasing Clearance
  Reducing Risk caused by Overload
   Increasing Durability
  References

Chapter 6: Maintenance
  Cleaning
  Vegetation and Moisture Management
  Siding and Roofing
  Fire Protection
  Remedial Treatments to Retard Decay and Insect Attack
  Connections and Fasteners
  References


Chapter 7: Bibliography