Bridge and Highway Structure Rehabilitation and Repair
by: Mohiuddin A. Khan
Abstract: An authoritative guide to the rehabilitation and repair of existing bridges in an efficient and cost-effective manner. Structural and highway engineers can turn to Bridge and Highway Structure Rehabilitation and Repair for up-to-date guidance on the latest design techniques, repair methods, specialized software, materials, and maintenance procedures for bridges and highways. This timely engineering tool simplifies and clarifies all existing code, presenting a wealth of concise explanations, solved examples for day-to-day design issues, and in-depth case studies of practical problems.Focusing on both traditional and non-traditional design problems, this sure-fire guide equips you with new analytical and design techniques, such as the application of Load and Resistance Factor Design (LRFD). The book includes the most recent AASHTO design codes for bridges and highways… offers updated design criteria for dealing with earthquake vulnerability and bridge foundation scour from floods…and covers modern materials technology, including new types of concrete, steel, and other construction and repair materials.
Full details
Table of Contents
- A. About the Author
- B. Preface
- C. Acknowledgments
- D. Symbols, Notations, and Terminology
- 1. Overview of Bridge Engineering
- 2. Diagnostic Design and Selective Reconstruction
- 3. Bridge Failure Studies and Safety Engineering
- 4. An Analytical Approach to Fracture and Failure
- 5. Load and Resistance Factor Rating and Redesign
- 6. Applications of Bridge Design and Rating Methods
- 7. Bridge Widening and Deck Replacement Strategy
- 8. Inspection, Rating and Health Monitoring Techniques
- 9. Conventional Repair Methods
- 10. Concrete Repair Methods
- 11. Advanced Repair Methods
- 12. Protection of Bridges against Extreme Events
Tools & Media
Expanded Table of Contents
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A.
About the Author
- B. Preface
-
C.
Acknowledgments
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D.
Symbols, Notations, and Terminology
-
1.
Overview of Bridge Engineering
- REHABILITATION AS A MODERN INDUSTRY
- A FRESH APPROACH TO MAINTENANCE
- THE NEED TO KEEP BRIDGES FUNCTIONAL
- MAINTENANCE OF A SUPERSTRUCTURE
- MAINTENANCE/REPLACEMENT OF THE SUBSTRUCTURE
- OVERVIEW OF MAINTENANCE PROCEDURES
- A STRATEGIC PLAN TOWARD REPAIR AND REHABILITATION
- A LOOK AHEAD FOR PROGRESS IN MAINTENANCE
- THE MAINTENANCE AND PROTECTION OF TRAFFIC DURING CONSTRUCTION
- SUCCESS OF WELL-MAINTAINED STRUCTURES
- DEFICIENT STRUCTURES
- PRESERVING AESTHETICS
- MAINTAINING THE ENVIRONMENT
- 2. Diagnostic Design and Selective Reconstruction
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3.
Bridge Failure Studies and Safety Engineering
- HISTORY OF DISASTERS AND SAFETY MANAGEMENT
- THE ROLE OF FORENSIC ENGINEERING
- MANY ASPECTS OF FAILURES
- A DIAGNOSTIC APPROACH
- A HISTORICAL PERSPECTIVE OF RECENT FAILURES
- DESIGN DEFICIENCY AND PREVENTIVE ACTIONS
- FATIGUE FAILURES AND SUGGESTED PREVENTIVE ACTIONS
- CONSTRUCTION DEFICIENCY AND SUGGESTED PREVENTIVE ACTIONS
- VESSEL COLLISION OR FLOATING ICE AND SUGGESTED PREVENTIVE ACTIONS
- TRAIN ACCIDENTS CAUSING BRIDGE DAMAGE AND PREVENTIVE ACTION
- VEHICLE IMPACT AND PREVENTIVE ACTION
- BLAST LOAD AND PREVENTIVE ACTION
- FIRE DAMAGE TO SUPERSTRUCTURES AND PREVENTIVE ACTION
- SUBSTRUCTURE DAMAGE DUE TO EARTHQUAKE AND PREVENTIVE ACTIONS
- WIND AND HURRICANE ENGINEERING
- LACK OF MAINTENANCE AND NEGLECT
- UNFORESEEN CAUSES LEADING TO FAILURES
- A POSTMORTEM OF FAILURES
- THE STUDY OF MODES OF FAILURE
- STEPS TO AVOID FAILURES
- REITERATING NEEDED PREVENTIVE MEASURES
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4.
An Analytical Approach to Fracture and Failure
- THEORETICAL CONCEPTS USED IN DEVELOPING COMPUTER SOFTWARE
- STRESS ANALYSIS
- REVIEW OF ELASTIC ANALYSIS
- ANALYSIS OF SLAB BEAM BRIDGES
- METHODS OF ANALYSIS OF THE SUPERSTRUCTURE
- EFFECT OF BOUNDARY CONDITIONS ON BRIDGE BEHAVIOR
- FULL COMPOSITE (ARCHING AND DOME) ACTION IN SLAB AND BEAMS
- NUMERICAL AND COMPUTATIONAL MODELS
- ANALYSIS OF APPROACH SLAB RESTING ON GRADE
- NONLINEAR ANALYSIS IN STEEL AND CONCRETE
- SINGLE SPAN LIVE LOAD ANALYSIS
- SELECTION OF STEEL GIRDERS
- REVIEW OF COMMON FAILURE THEORIES OF MATERIALS
- PLASTIC BEHAVIOR OF STEEL SECTIONS
- PLASTIC BEHAVIOR OF STEEL NON-COMPOSITE SECTION
- PLASTIC BEHAVIOR OF COMPOSITE SECTIONS
- SHEAR DESIGN FOR REINFORCED CONCRETE AND PRESTRESSED BEAMS
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5.
Load and Resistance Factor Rating and Redesign
- RATING AND REDESIGN METHODS
- UTILIZING ULTIMATE LOAD BEHAVIOR OF MATERIALS
- LRFD SERVICE LOAD REQUIREMENTS
- FATIGUE AND FRACTURE
- SELECTION OF TRUCK LIVE LOADS
- DETAILED AASHTO LOAD COMBINATIONS FOR RATING AND DESIGN
- CONSTRUCTION LOADS AND LOAD COMBINATIONS
- LRFD LOAD COMBINATIONS FOR STRENGTH, SERVICEABILITY, AND EXTREME CONDITIONS
- SOFTWARE FOR SUPERSTRUCTURE
- SOFTWARE FOR SUBSTRUCTURE
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6.
Applications of Bridge Design and Rating Methods
- INTRODUCTION
- LIMIT STATES DESIGN EQUATION
- LEGAL LOADS
- Deficient Bridge
- Bridge Design and Rating Engineering
- Design Requirements
- Rating Aspects for Existing Bridges
- Knowledge Database for Rating and Design
- Details of Rating Methods
- Posting Analysis
- Diagnostic Load Testing as an Alternative or a Supplement to Load Rating
- Increasing Remaining Fatigue Life
- SIMPLIFIED FORMULA
- RATING PROCEDURES FOR CONCRETE AND STEEL BRIDGES
- RATING OF SECONDARY STRUCTURAL MEMBERS
- EXAMPLE OF LOAD RESISTANCE FACTOR RATING (LRFR)
- DESIGN OF A DECK SLAB
- RATING PROCEDURE FOR REINFORCED CONCRETE T-BEAM BRIDGE
- RATING OF PRESTRESSED CONCRETE GIRDER
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7.
Bridge Widening and Deck Replacement Strategy
- SELECTING BRIDGE WIDENING OR REPLACEMENT
- SUPERSTRUCTURE WIDENING
- REHABILITATION/RETROFIT OR REPLACEMENT DECISIONS
- REPLACEMENT PLANNING OR A NEW BRIDGE AT A DIFFERENT LOCATION
- CONSTRUCTABILITY ISSUES
- SUPERSTRUCTURE REPLACEMENT PROCESS
- CASE STUDIES OF ALTERNATES FOR REPLACEMENT OR NEW BRIDGES
- PRACTICAL CASE STUDIES
- SELECTED CASE STUDIES
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8.
Inspection, Rating and Health Monitoring Techniques
- BRIDGE MANAGEMENT SYSTEM (BMS)
- BRIDGE INSPECTION LEADING TO DIAGNOSTIC DESIGN
- TYPES OF INSPECTIONS
- BRIDGE COMPONENTS FOR INSPECTION AND STRUCTURAL EVALUATION
- SUBSTRUCTURE COMPONENTS
- FHWA CONDITION AND SUFFICIENCY RATINGS
- DUTIES, QUALIFICATIONS, AND TRAINING OF INSPECTORS
- OVERLOAD PREVENTION
- SUPERSTRUCTURE LOAD CARRYING CAPACITY
- CONDITION RATING FOR EXTREME EVENTS
- STRUCTURAL HEALTH MONITORING (SHM) AS A RATING AND DIAGNOSTIC TOOL
- MONITORING USING NONDESTRUCTIVE EVALUATION (NDE) AND MODERN NONDESTRUCTIVE TESTING (NDT) METHODS
- ADAPTIVE MANAGEMENT AND MAINTENANCE FOR BRIDGES OVER WATERWAYS
- CONCEPT STUDY REPORT, PLANS, AND RECOMMENDATIONS
- VALUATION OF UNKNOWN FOUNDATIONS
- DISASTER MANAGEMENT
- TRAINING AND REGISTRATION NEEDS
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9.
Conventional Repair Methods
- SCOPE OF CONCRETE AND STEEL REPAIRS AND RELATED WORK
- ASSOCIATED TASKS AND TEAMWORK
- SHORT-TERM REPAIRS IN LIEU OF REPLACEMENT
- PRIORITIZATION OF BRIDGE DECKS
- SCOPE OF REPAIRS
- ALTERNATIVE METHODOLOGY AND TECHNIQUES OF REPAIRS
- REHABILITATION OF STEEL AND PREVENTION OF CORROSION
- GALVANIC TECHNOLOGY
- CORROSION IN THE POST-TENSIONING REGIONS OF BEAMS
- DEVELOPING NEW CONSTRUCTION PRODUCTS
- DRAINAGE
- 10. Concrete Repair Methods
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11.
Advanced Repair Methods
- INNOVATIONS MADE IN RECENT YEARS
- DEVELOPMENT IN DESIGN CODES AND MARKET READY TECHNOLOGY
- USE OF MODERN CONSTRUCTION MATERIALS
- USE OF RECYCLABLE MATERIALS
- USE OF FIBER REINFORCED POLYMER (FRP)
- ADVANCEMENTS IN CONCRETE TECHNOLOGY
- ADVANCEMENTS IN STEEL MATERIALS TECHNOLOGY
- ADVANCEMENTS IN CONSTRUCTION TECHNOLOGY
- ACCELERATED BRIDGE CONSTRUCTION TECHNOLOGY
- PREFABRICATION TECHNOLOGY
- REHABILITATION OF STEEL BRIDGES
- RESEARCH IN NEW TECHNIQUES FOR MONITORING, NEW MATERIALS, AND VIRTUAL DESIGN
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12.
Protection of Bridges against Extreme Events
- EXTREME EVENT DAMAGE FROM FLOOD SCOUR
- CONDITION OF EXISTING BRIDGES ON RIVERS
- PREVENTIVE ACTION AGAINST BANKS AND FOUNDATION SCOUR
- HEC-18 COUNTERMEASURES MATRIX (CM)
- DESIGN GUIDELINES
- CONSTRUCTABILITY ISSUES
- Computer Software for Hydraulic and Scour Analysis
- SCOUR OF PILES, PILE GROUPS, AND CAISSONS
- SCOUR AT WINGWALLS
- SCOUR AT CULVERTS
- SCOUR MEASURING EQUIPMENT
- DEBRIS ACCUMULATION
- EXTREME EVENT OF EARTHQUAKE DAMAGE
- SEISMIC ASSESSMENT
- THE ROLE OF SEISMIC DESIGN CODES
- SEISMIC DESIGN
- COMMON RETROFIT CONCEPTS AND CODE APPLICATIONS
- TEEL AND CONCRETE BRIDGE DETAILING REQUIREMENTS
- RETROFIT AND STRENGTHENING
- DEVELOPMENTS IN PASSIVE DAMPING SYSTEMS
- FOUNDATION RETROFIT
- DISASTER MANAGEMENT
Book Details
Title: Bridge and Highway Structure Rehabilitation and Repair
Publisher:
Copyright / Pub. Date: 2010 The McGraw-Hill Companies, Inc.
ISBN: 9780071545914
Authors:
Mohiuddin A. Khan
Chief Bridge Engineer with JMT Inc., helped to develop the NJ State Bridge Design
Manual. He is registered as a licensed professional engineer in five states and is
a chartered engineer from England.
Description: An authoritative guide to the rehabilitation and repair of existing bridges in an efficient and cost-effective manner. Structural and highway engineers can turn to Bridge and Highway Structure Rehabilitation and Repair for up-to-date guidance on the latest design techniques, repair methods, specialized software, materials, and maintenance procedures for bridges and highways. This timely engineering tool simplifies and clarifies all existing code, presenting a wealth of concise explanations, solved examples for day-to-day design issues, and in-depth case studies of practical problems.Focusing on both traditional and non-traditional design problems, this sure-fire guide equips you with new analytical and design techniques, such as the application of Load and Resistance Factor Design (LRFD). The book includes the most recent AASHTO design codes for bridges and highways… offers updated design criteria for dealing with earthquake vulnerability and bridge foundation scour from floods…and covers modern materials technology, including new types of concrete, steel, and other construction and repair materials.
Required field
