Structures Division
Box Culvert Standard Drawings
Bridge Standard Drawings – Box Culverts
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Structures Division
Box Culvert Standard Drawings
Bridge Standard Drawings – Box Culverts
|
REVISION |
DESCRIPTION |
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This page last updated: 8/11/2007
To retrieve a Bridge Standard Detail Sheet (XS Sheet) please follow these steps:
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2. Select a file format.
Select the file title to retrieve by choosing which file extension type is required.
Please note: These sheets are not Standard Plan sheets and are subject to frequent modification. Therefore, it is the responsibility of the user of these sheets to use the most current version of any sheet for each instance that the sheet is required.
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(58,436MB)
By Wai-Fah Chen; Lian Duan, CRC Press, 2003 (480 Pages)
ISBN : 0849316839
Book Description:
Mitigating the effects of earthquakes is crucial to bridge design. With chapters culled from the best-selling Bridge Engineering Handbook, this volume sets forth the principles and applications of seismic design, from the necessary geotechnical and dynamic analysis background to seismic isolation and energy dissipation, active control, and retrofit technology. In-depth discussions contributed by bridge and earthquake engineers from around the world cover the types and effects of earthquake damage and structural performance criteria. The book also includes an overview of seismic design practices in Japan, including a study of the damage to highway bridges caused by the Hyogo-ken Nanbu earthquake and the changes in retrofit practices precipitated by that earthquake.
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By Wai-Fah Chen; Lian Duan, CRC Press, 2003 (272 Pages)
ISBN : 0849316812
Book Description:
Bridge Engineering: Substructure Design focuses on the various components comprising and affecting bridge substructures. These include bearings, piers and columns, towers, abutments and retaining structures, footings and foundations, and bridge hydraulics. For each component, the contributing author addresses the various types of that component, discusses specific selection or design criteria, and provides thorough references. Other relevant topics studied in this volume include geotechnical considerations, such as field exploration techniques and site characterization, and designing bridges to minimize the potential for and damage resulting from vessel collisions.geotechnical considerations.
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(12,981MB)
By Wai-Fah Chen; Lian Duan, CRC Press, 2003 (256 Pages)
ISBN : 0849316847
Book Description:
The Principles and Application in Engineering Series is a new series of convenient, economical references sharply focused on particular engineering topics and subspecialties. Each volume in this series comprises chapters carefully selected from CRC’s bestselling handbooks, logically organized for optimum convenience, and thoughtfully priced to fit every budget. From the award-winning Bridge Engineering Handbook, Bridge Engineering: Construction and Maintenance takes an in-depth look at the construction engineering and maintenance aspects of steel and concrete bridges. Topics include effective project management, construction procedures and practices, construction and maintenance inspections and ratings, and bridge strengthening and rehabilitation.
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TOC
CHAPTER 1. INTRODUCTION
Section
I. GENERAL INFORMATION
Purpose
References
II. MAINTENANCE PLANNING
Programming and economic considerations
Elements of the maintenance program
III. FREQUENCY OF INSPECTION
Military requirements
Factors of frequency
IV. QUALIFICATIONS OF INSPECTION PERSONNEL
Army
Air Force
2. BRIDGE STRUCTURES
Definition
Classification
Typical bridges
Box culverts
Military bridges
3. BRIDGE ELEMENTS
I. SUBSTRUCTURE ELEMENTS
General
Abutments
Piers and bents
II. SUPERSTRUCTURES
General
Decks
Floor systems
Main supporting members
Bracing
III. MISCELLANEOUS ELEMENTS
Bearings
Pin and hanger supports
Expansion joints
Approaches
Railings, sidewalks, and curbs
Deck drains
Utilities
Lighting
Dolphins and fenders
Welds, bolts, and rivets
4. MECHANICS OF BRIDGES
General
Bridge forces
Stress
5. BRIDGE CONSTRUCTION MATERIALS
I. CONCRETE
General
Physical and mechanical properties
Indication and classification of deterioration
Causes of deterioration
Assessment of concrete
II. STRUCTURAL STEEL
Physical and mechanical properties
Indicators and classification of deterioration
Causes of deterioration
Assessment of deterioration
III. TIMBER
Physical and mechanical properties
Deterioration: indicators and causes
Assessment of deterioration
IV. WROUGHT AND CAST IRON
General
Physical and mechanical properties
Deterioration: indicators and causes
V. STONE MASONRY
General
Physical and mechanical properties
Indicators of deterioration
Causes of deterioration
VI. ALUMINUM
General
Deterioration: indicators and causes
VII. FOUNDATION SOILS
General
Types of movement
Effects on structures
Indicators of movement
Causes of foundation movements
VIII. WATERWAYS
General
Types of movement and effects on waterways
CHAPTER 6. BRIDGE REDUNDANCY AND FRACTURE CRITICAL MEMBERS (FCMs)
I. GENERAL
Introduction
Fracture critical members
Redundancy
Criticality of FCMs
II. EXAMPLES
Two-girder system (or single-box girder)
Two-truss system
Cross girders and pier caps
Supports and suspended spans
7. INSPECTION CONSIDERATIONS
I. TOOLS AND EQUIPMENT
Basic
Concrete inspection
Steel inspection
Timber inspection
Cast iron, wrought iron, and aluminum inspection
Special equipment
II. SAFETY
General
Bridge site organization
Personal protection
Special safety equipment
Climbing of high steel
Confined spaces
III. DOCUMENTATION OF THE BRIDGE INSPECTION
General
Planning and documenting the inspection
Structure evaluation
IV. INSPECTION PROCEDURE
General
Inspection sequence
CHAPTER 8. BRIDGE COMPONENT INSPECTION
Section I. SUBSTRUCTURES
General
Abutments
Retaining walls
Piers and bents
Pile bents
Dolphins and fenders
II. SUPERSTRUCTURES
Concrete beams and girders
Steel beams and girders
Pin and hanger connections
Floor systems
Diaphragms and cross frames
Trusses
Lateral bracing portals and sway frames
Tied arches
Metal bearings
Elastomeric bearings
Decks
Expansion joints
Railings, sidewalks, and curbs
Approaches
Bridge drainage
III. MISCELLANEOUS INSPECTION ITEMS
Waterways
Paint
Signing
Utilities
Lighting
IV. INSPECTION OF RAILROAD BRIDGES
General
Railroad deck types
Track inspection
Deck inspection
Superstructure inspection
Substructure inspection
Recommended practices
V. BOX CULVERTS
Types of distress
Inspection
9. FINAL DOCUMENTATION
Annual (Army) and biannual (Air Force) inspection documentation
Triennial (Army) and every third biannual (Air Force) bridge inspection
documentation
10. GENERAL PREVENTIVE MAINTENANCE, REPAIR, AND UPGRADE
I. INTRODUCTION
General
Preventive maintenance
Replacement
Repair
Bridge upgrade
II. COMMON MAINTENANCE TASKS
General
Cleaning deck drains
Ice and snow removal
Bank restoration
Traffic control items
Bearings and rollers
Debris and removal
Bridge joint systems
Scour protection
III. COMMON REPAIR TASKS
General
Abutment stability
Drift and floating ice
Scour
Settlement
Waterway
Section IV. COMMON METHODS TO UPGRADE EXISTING BRIDGES
General
Shortened span lengths
Add stringers
Strengthen piers
Reduce deadload
Posttensioned bridge components
Strengthen individual members
CHAPTER 11. STEEL BRIDGE MAINTENANCE, REPAIR, AND UPGRADE
I. PREVENTIVE MAINTENANCE FOR CORROSION
General
Structural steel
II. REPAIR AND STRENGTHEN
General
Connections
Repair of structural members
III. MEMBER REPLACEMENT
Tension members
Compression members/columns
Beams
IV. UPGRADE STEEL BRIDGES
Creation of a composite action
Posttensioning
Truss systems
12. TIMBER BRIDGE MAINTENANCE, REPAIR, AND UPGRADE
I. PREVENTIVE MAINTENANCE
General
Fire protection
II. REPAIR AND STRENGTHEN TIMBER MEMBERS
General
Connections
Repair of graded lumber
Repair of piles
Repair of posts
Repair of sway bracing
III. MEMBER REPLACEMENT
Replacement of tension timber components
Replacement of compression timber components
Replacement of flexural timber components (stringers)
Replacement of timber decking
IV. TIMBER BRIDGE UPGRADE
Strengthen intermediate supports (piers)
Shorten span length
Posttensioning
Add stringers
Strengthen individual members
13. CONCRETE BRIDGE MAINTENANCE, REPAIR, AND UPGRADE
I. PREVENTIVE MAINTENANCE
General
Surface coating
Joint maintenance
Cathodic protection
II. REPAIR AND STRENGTHEN
General
Crack repairs
Spall repair
Joint repair
Abutments and wingwalls
Bridge seats
Columns and piles
Stringers and beams
Decks
Replacement of concrete members
Section III. UPGRADE CONCRETE BRIDGES
General upgrade methods
Strengthen individual members
Prestressed concrete members
Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html
download : pdf1
TOC
CHAPTER 1. INTRODUCTION
Section
I. GENERAL INFORMATION
Purpose
References
II. MAINTENANCE PLANNING
Programming and economic considerations
Elements of the maintenance program
III. FREQUENCY OF INSPECTION
Military requirements
Factors of frequency
IV. QUALIFICATIONS OF INSPECTION PERSONNEL
Army
Air Force
2. BRIDGE STRUCTURES
Definition
Classification
Typical bridges
Box culverts
Military bridges
3. BRIDGE ELEMENTS
I. SUBSTRUCTURE ELEMENTS
General
Abutments
Piers and bents
II. SUPERSTRUCTURES
General
Decks
Floor systems
Main supporting members
Bracing
III. MISCELLANEOUS ELEMENTS
Bearings
Pin and hanger supports
Expansion joints
Approaches
Railings, sidewalks, and curbs
Deck drains
Utilities
Lighting
Dolphins and fenders
Welds, bolts, and rivets
4. MECHANICS OF BRIDGES
General
Bridge forces
Stress
5. BRIDGE CONSTRUCTION MATERIALS
I. CONCRETE
General
Physical and mechanical properties
Indication and classification of deterioration
Causes of deterioration
Assessment of concrete
II. STRUCTURAL STEEL
Physical and mechanical properties
Indicators and classification of deterioration
Causes of deterioration
Assessment of deterioration
III. TIMBER
Physical and mechanical properties
Deterioration: indicators and causes
Assessment of deterioration
IV. WROUGHT AND CAST IRON
General
Physical and mechanical properties
Deterioration: indicators and causes
V. STONE MASONRY
General
Physical and mechanical properties
Indicators of deterioration
Causes of deterioration
VI. ALUMINUM
General
Deterioration: indicators and causes
VII. FOUNDATION SOILS
General
Types of movement
Effects on structures
Indicators of movement
Causes of foundation movements
VIII. WATERWAYS
General
Types of movement and effects on waterways
CHAPTER 6. BRIDGE REDUNDANCY AND FRACTURE CRITICAL MEMBERS (FCMs)
I. GENERAL
Introduction
Fracture critical members
Redundancy
Criticality of FCMs
II. EXAMPLES
Two-girder system (or single-box girder)
Two-truss system
Cross girders and pier caps
Supports and suspended spans
7. INSPECTION CONSIDERATIONS
I. TOOLS AND EQUIPMENT
Basic
Concrete inspection
Steel inspection
Timber inspection
Cast iron, wrought iron, and aluminum inspection
Special equipment
II. SAFETY
General
Bridge site organization
Personal protection
Special safety equipment
Climbing of high steel
Confined spaces
III. DOCUMENTATION OF THE BRIDGE INSPECTION
General
Planning and documenting the inspection
Structure evaluation
IV. INSPECTION PROCEDURE
General
Inspection sequence
CHAPTER 8. BRIDGE COMPONENT INSPECTION
Section I. SUBSTRUCTURES
General
Abutments
Retaining walls
Piers and bents
Pile bents
Dolphins and fenders
II. SUPERSTRUCTURES
Concrete beams and girders
Steel beams and girders
Pin and hanger connections
Floor systems
Diaphragms and cross frames
Trusses
Lateral bracing portals and sway frames
Tied arches
Metal bearings
Elastomeric bearings
Decks
Expansion joints
Railings, sidewalks, and curbs
Approaches
Bridge drainage
III. MISCELLANEOUS INSPECTION ITEMS
Waterways
Paint
Signing
Utilities
Lighting
IV. INSPECTION OF RAILROAD BRIDGES
General
Railroad deck types
Track inspection
Deck inspection
Superstructure inspection
Substructure inspection
Recommended practices
V. BOX CULVERTS
Types of distress
Inspection
9. FINAL DOCUMENTATION
Annual (Army) and biannual (Air Force) inspection documentation
Triennial (Army) and every third biannual (Air Force) bridge inspection
documentation
10. GENERAL PREVENTIVE MAINTENANCE, REPAIR, AND UPGRADE
I. INTRODUCTION
General
Preventive maintenance
Replacement
Repair
Bridge upgrade
II. COMMON MAINTENANCE TASKS
General
Cleaning deck drains
Ice and snow removal
Bank restoration
Traffic control items
Bearings and rollers
Debris and removal
Bridge joint systems
Scour protection
III. COMMON REPAIR TASKS
General
Abutment stability
Drift and floating ice
Scour
Settlement
Waterway
Section IV. COMMON METHODS TO UPGRADE EXISTING BRIDGES
General
Shortened span lengths
Add stringers
Strengthen piers
Reduce deadload
Posttensioned bridge components
Strengthen individual members
CHAPTER 11. STEEL BRIDGE MAINTENANCE, REPAIR, AND UPGRADE
I. PREVENTIVE MAINTENANCE FOR CORROSION
General
Structural steel
II. REPAIR AND STRENGTHEN
General
Connections
Repair of structural members
III. MEMBER REPLACEMENT
Tension members
Compression members/columns
Beams
IV. UPGRADE STEEL BRIDGES
Creation of a composite action
Posttensioning
Truss systems
12. TIMBER BRIDGE MAINTENANCE, REPAIR, AND UPGRADE
I. PREVENTIVE MAINTENANCE
General
Fire protection
II. REPAIR AND STRENGTHEN TIMBER MEMBERS
General
Connections
Repair of graded lumber
Repair of piles
Repair of posts
Repair of sway bracing
III. MEMBER REPLACEMENT
Replacement of tension timber components
Replacement of compression timber components
Replacement of flexural timber components (stringers)
Replacement of timber decking
IV. TIMBER BRIDGE UPGRADE
Strengthen intermediate supports (piers)
Shorten span length
Posttensioning
Add stringers
Strengthen individual members
13. CONCRETE BRIDGE MAINTENANCE, REPAIR, AND UPGRADE
I. PREVENTIVE MAINTENANCE
General
Surface coating
Joint maintenance
Cathodic protection
II. REPAIR AND STRENGTHEN
General
Crack repairs
Spall repair
Joint repair
Abutments and wingwalls
Bridge seats
Columns and piles
Stringers and beams
Decks
Replacement of concrete members
Section III. UPGRADE CONCRETE BRIDGES
General upgrade methods
Strengthen individual members
Prestressed concrete members
download : pdf1
ISBN: 0070087822Editorial Description
The only A-Z guide to structural steel design Find a wealth of practical techniques for cost-effectively designing steel structures from buildings to bridges in Structural Steel Designer’s Handbook by Roger L. Brockenbrough and Frederick S. Merritt The Handbook’s integrated approach gives you immediately useful information about:
This new third edition introduces you to the latest developments in seismic design, including more ductile connections, and high performance steels…offers an expanded treatment of welding….helps you understand design requirements for hollow structural sections and for cold-formed steel members….and explores numerous design examples. You get examples for both Load and Resistance Factor Design (LRFD) and Allowable Stress Design (ASD).
This edition of the handbook has been updated throughout to reflect continuing changes in design trends and improvements in design specifications. Criteria and examples are included for both allowable-stress design (ASD) and load-and-resistance-factor design (LRFD) methods, but an increased emphasis has been placed on LRFD to reflect its growing use in practice.
CONTENTS
title (PDF 44 kb) ; preface (PDF 38 kb); t.o.c (PDF 252 kb) ; index (PDF 2123 kb)
Section 1. Properties of Structural Steels and Effects of Steelmaking and Fabrication
Roger L. Brockenbrough, P.E.
(PDF 299 kb)
Section 2. Fabrication and Erection
Thomas Schflaly
(PDF 214 kb)
Section 3. General Structural Theory
Ronald D. Ziemian, Ph.D.
(PDF 893 kb)
Section 4. Analysis of Special Structures
Louis F. Geschwindner, P.E.
(PDF 429 kb)
Section 5. Connections
William A. Thornton, P.E., and T. Kane, P.E.
(PDF 769 kb)
Section 6. Building Design Criteria
R. A. LaBoube, P.E.
(PDF 844 kb)
Section 7. Design of Building Members
Ali A. K. Haris, P.E.
(PDF 230 kb)
Section 8. Floor and Roof Systems
Daniel A. Cuoco, P.E.
(PDF 580 kb)
Section 9. Lateral-Force Design
Charles W. Roeder, P.E.
(PDF 392 kb)
Section 10. Cold-Formed Steel Design
R. L. Brockenbrough, P.E.
(PDF 320 kb)
Section 11. Design Criteria for Bridges
Part 1. Application of Criteria for Cost-Effective Highway Bridge Design
Robert L. Nickerson, P.E., and Dennis Mertz, P.E.
(PDF 426 kb)
Part 2. Railroad Bridge Design
Harry B. Cundiff, P.E.
(PDF 190 kb)
Section 12. Beam and Girder Bridges
Alfred Hedefine, P.E.,John Swindlehurst, P.E., and Mahir Sen, P.E.
(PDF 1,126 kb)
Section 13. Truss Bridges
John M. Kulicki, P.E., Joseph E. Prickett, P.E.,and David H. LeRoy, P.E.
(PDF 379 kb)
Section 14. Arch Bridges
Arthur W Hedgren, Jr., P.E.
(PDF 1,138 kb)
Section 15. Cable-Suspended Bridges
Walter Podolny, Jr., P.E.
(PDF 1,224 kb)
DESIGN OF CONCRETE STRUCTURES, 13th By Arthur.H.Nilson McGraw-Hill, New York, 2004
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HANDBOOK OF CORROSION ENGINEERING (10,47MB)
By Roberge, P.R, McGraw-Hill, 1999
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STEELWORK CORROSION CONTROL (12,74MB)
By D.A. Bayliss, Taylor & Francis, 2002
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SOIL MECHANICS IN ENGINEERING PRACTICE (48,22MB)
By Karl Terzaghi, John Willey & Sons, Inc., 1996
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BUILDING DESIGN AND CONSTRUCTION HANDBOOK (6th Ed)
McGraw-Hill, 2000
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BRIDGE ENGINEERING HANDBOOK
By Wai Fah Chen, CRC Press, 1999
Part 1:50 MB – Part 2 : 50 MB – Part 3 :18,925 MB
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BRIDGE ENGINEERING SEISMIC DESIGN (55MB)
By Wai-Fah Chen, CRC Press, 2003
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By Robert J. Cope, Elsevier Science Pub.Co, 2003 (360 Pages)
ISBN : 0203233638
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By Jim J. Zhao; Demetrios E. Tonias, McGraw-Hill Professional, 2006 (488 Pages)
ISBN-10: 0071459030
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August 2006 |
| December 2006 | |
| Chapter 6 – Sampling and Testing | Back to Top |
| July 2001 | |
| August 2006 | |
|
July 2001 |
| Chapter 7 – Environmental | Back to Top |
| December 2006 | |
| Chapter 8 – Employment Practices | Back to Top |
|
July 2004 |
|
July 2004 |
| July 2004 | |
| Chapter 9 -Projects Funded by Others Agencies | Back to Top |
| August 2005 | |
| July 2004 | |
| Appendix 1- Forms Used in Construction | Back to Top |
|
December 2006 |
| Index | Back to Top |
|
December 2006 |
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