Bridge Engineering Handbook, Second Edition: Superstructure Design

734 Pages·2014·21.33 MB·English

by  Wai-Fah Chen

CIVIL ENGINEERING
Chen
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Bridge Engineering
Handbook B
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SECOND EDITION g
e Bridge Engineering Handbook

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SUPERSTRUCTURE DESIGN n
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in SECOND EDITION
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Over 140 experts, 14 countries, and 89 chapters are represented in the second edition of
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the Bridge Engineering Handbook. This extensive collection highlights bridge engineering n
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specimens from around the world, contains detailed information on bridge engineering,
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and thoroughly explains the concepts and practical applications surrounding the subject. a
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Published in five books: Fundamentals, Superstructure Design, Substructure Design, b
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Seismic Design, and Construction and Maintenance, this new edition provides numerous
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worked-out examples that give readers step-by-step design procedures, includes k
contributions by leading experts from around the world in their respective areas of bridge
engineering, contains 26 completely new chapters, and updates most other chapters. S
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It offers design concepts, specifications, and practice, as well as the various types of
bridges. The text includes over 2,500 tables, charts, illustrations, and photos. The book P
covers new, innovative and traditional methods and practices; explores rehabilitation, E
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retrofit, and maintenance; and examines seismic design and building materials.
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The second book, Superstructure Design, contains 19 chapters, and covers information
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on how to design all types of bridges.
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What’s New in the Second Edition:
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• Includes two new chapters: Extradosed Bridges and Stress Ribbon
Pedestrian Bridges R
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• Updates the Prestressed Concrete Girder Bridges chapter and rewrites it as two

chapters: Precast/Pretensioned Concrete Girder Bridges and Cast-In-Place D SUPER STRUCTUR E
Post-Tensioned Prestressed Concrete Girder Bridges E
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• Expands the chapter on Bridge Decks and Approach Slabs and divides it into
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two chapters: Concrete Decks and Approach Slabs G
DESIGN
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• Rewrites seven chapters: Segmental Concrete Bridges, Composite Steel I-Girder
Bridges, Composite Steel Box Girder Bridges, Arch Bridges, Cable-Stayed Bridges,
Orthotropic Steel Decks, and Railings
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This text is an ideal reference for practicing bridge N EDITED BY
engineers and consultants (design, construction, D
maintenance), and can also be used as a reference for K12397 ED Wai-Fah Chen and Lian Duan
students in bridge engineering courses. IT
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Bridge Engineering Handbook
SECOND EDITION
superstructure
design
Bridge Engineering Handbook, Second Edition
Bridge Engineering Handbook, Second Edition: Fundamentals
Bridge Engineering Handbook, Second Edition: Superstructure Design
Bridge Engineering Handbook, Second Edition: Substructure Design
Bridge Engineering Handbook, Second Edition: Seismic Design
Bridge Engineering Handbook, Second Edition: Construction and Maintenance
Bridge Engineering Handbook
SECOND EDITION
superstructure
design
Edited by
Wai-Fah Chen and Lian Duan
Boca Raton London New York
CRC Press is an imprint of the
Taylor & Francis Group, an informa business
CRC Press
Taylor & Francis Group
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Boca Raton, FL 33487-2742
© 2014 by Taylor & Francis Group, LLC
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Version Date: 20130923
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Contents
Foreword ...................................................................................................................................vii
Preface to the Second Edition ...............................................................................................ix
Preface to the First Edition ....................................................................................................xi
Editors .......................................................................................................................................xiii
Contributors ..............................................................................................................................xv
1 Precast–Pretensioned Concrete Girder Bridges .......................................................1
Jim Ma and Say-Gunn Low
2 Cast-in-Place Posttensioned Prestressed Concrete Girder Bridges ..................51
Lian Duan and Kang Chen
3 Segmental Concrete Bridges ........................................................................................91
Teddy S. Theryo
4 Composite Steel I-Girder Bridges ............................................................................171
Lian Duan, Yusuf Saleh, and Steve Altman
5 Composite Steel Box Girder Bridges .......................................................................217
Kenneth Price and Tony Shkurti
6 Horizontally Curved Girder Bridges ......................................................................259
Eric V. Monzon, Ahmad M. Itani, and Mark L. Reno
7 Highway Truss Bridges ...............................................................................................283
John M. Kulicki
8 Arch Bridges ................................................................................................................. 309
Baochun Chen
9 Suspension Bridges ......................................................................................................363
Atsushi Okukawa, Shuichi Suzuki, and Ikuo Harazaki
10 Cable-Stayed Bridges ...................................................................................................399
Tina Vejrum and Lars Lundorf Nielsen
11 Extradosed Bridges ......................................................................................................437
Akio Kasuga
© 2010 Taylor & Francis Group, LLC v
vi Contents
12 Stress Ribbon Pedestrian Bridges ........................................................................... 463
Jiri Strasky
13 Movable Bridges ............................................................................................................515
Michael J. Abrahams, Scott Snelling, and Mark VanDeRee
14 Floating Bridges ........................................................................................................... 549
M. Myint Lwin
15 Concrete Decks .............................................................................................................573
John Shen
16 Orthotropic Steel Decks .............................................................................................589
Alfred Mangus
17 Approach Slabs ............................................................................................................. 647
Anand J. Puppala, Bhaskar C. S. Chittoori, and Sireesh Saride
18 Expansion Joints ...........................................................................................................677
Ralph J. Dornsife
19 Railings ...........................................................................................................................705
Lijia Zhang
© 2010 Taylor & Francis Group, LLC
Foreword
Throughout the history of civilization bridges have been the icons of cities, regions, and countries. All
bridges are useful for transportation, commerce, and war. Bridges are necessary for civilization to exist,
and many bridges are beautiful. A few have become the symbols of the best, noblest, and most beautiful
that mankind has achieved. The secrets of the design and construction of the ancient bridges have been
lost, but how could one not marvel at the magnificence, for example, of the Roman viaducts?
The second edition of the Bridge Engineering Handbook expands and updates the previous edition
by including the new developments of the first decade of the twenty-first century. Modern bridge
engineering has its roots in the nineteenth century, when wrought iron, steel, and reinforced c oncrete
began to compete with timber, stone, and brick bridges. By the beginning of World War II, the
transportation infrastructure of Europe and North America was essentially complete, and it served to
sustain civilization as we know it. The iconic bridge symbols of modern cities were in place: Golden Gate
Bridge of San Francisco, Brooklyn Bridge, London Bridge, Eads Bridge of St. Louis, and the bridges of
Paris, Lisbon, and the bridges on the Rhine and the Danube. Budapest, my birthplace, had seven beauti-
ful bridges across the Danube. Bridge engineering had reached its golden age, and what more and better
could be attained than that which was already achieved?
Then came World War II, and most bridges on the European continent were destroyed. All seven
bridges of Budapest were blown apart by January 1945. Bridge engineers after the war were suddenly
forced to start to rebuild with scant resources and with open minds. A renaissance of bridge engineering
started in Europe, then spreading to America, Japan, China, and advancing to who knows where in
the world, maybe Siberia, Africa? It just keeps going! The past 60 years of bridge engineering have
brought us many new forms of bridge architecture (plate girder bridges, cable stayed bridges, segmen-
tal prestressed concrete bridges, composite bridges), and longer spans. Meanwhile enormous knowl-
edge and experience have been amassed by the profession, and progress has benefitted greatly by the
availability of the digital computer. The purpose of the Bridge Engineering Handbook is to bring much of
this knowledge and experience to the bridge engineering community of the world. The contents encom-
pass the whole s pectrum of the life cycle of the bridge, from conception to demolition.
The editors have convinced 146 experts from many parts of the world to contribute their knowledge
and to share the secrets of their successful and unsuccessful experiences. Despite all that is known, there
are still failures: engineers are human, they make errors; nature is capricious, it brings unexpected sur-
prises! But bridge engineers learn from failures, and even errors help to foster progress.
The Bridge Engineering Handbook, second edition consists of five books:
Fundamentals
Superstructure Design
Substructure Design
Seismic Design
Construction and Maintenance
© 2010 Taylor & Francis Group, LLC vii
viii Foreword
Fundamentals, Superstructure Design, and Substructure Design present the many topics necessary
for planning and designing modern bridges of all types, made of many kinds of materials and systems,
and subject to the typical loads and environmental effects. Seismic Design and Construction and
Maintenance recognize the importance that bridges in parts of the world where there is a chance of
earthquake o ccurrences must survive such an event, and that they need inspection, maintenance, and
possible repair throughout their intended life span. Seismic events require that a bridge sustain repeated
dynamic load cycles without functional failure because it must be part of the postearthquake lifeline for
the affected area. Construction and Maintenance touches on the many very important aspects of bridge
management that become more and more important as the world’s bridge inventory ages.
The editors of the Bridge Engineering Handbook, Second Edition are to be highly commended for
undertaking this effort for the benefit of the world’s bridge engineers. The enduring result will be a safer
and more cost effective family of bridges and bridge systems. I thank them for their effort, and I also
thank the 146 contributors.
Theodore V. Galambos, PE
Emeritus professor of structural engineering
University of Minnesota
© 2010 Taylor & Francis Group, LLC
Preface to the
Second Edition
In the approximately 13 years since the original edition of the Bridge Engineering Handbook was
published in 2000, we have received numerous letters, e-mails, and reviews from readers including
educators and practitioners commenting on the handbook and suggesting how it could be improved. We
have also built up a large file of ideas based on our own experiences. With the aid of all this information,
we have completely revised and updated the handbook. In writing this Preface to the Second Edition,
we assume readers have read the original Preface. Following its tradition, the second edition handbook
stresses professional applications and practical solutions; describes the basic concepts and assumptions
omitting the derivations of formulas and theories; emphasizes seismic design, rehabilitation, retrofit
and maintenance; covers traditional and new, innovative practices; provides over 2500 tables, charts,
and illustrations in ready-to-use format and an abundance of worked-out examples giving readers step-
by-step design procedures. The most significant changes in this second edition are as follows:
• The handbook of 89 chapters is published in five books: Fundamentals, Superstructure Design,
Substructure Design, Seismic Design, and Construction and Maintenance.
• Fundamentals, with 22 chapters, combines Section I, Fundamentals, and Section VI, Special Topics,
of the original edition and covers the basic concepts, theory and special topics of bridge engi-
neering. Seven new chapters are Finite Element Method, High-Speed Railway Bridges, Structural
Performance Indicators for Bridges, Concrete Design, Steel Design, High Performance Steel, and
Design and Damage Evaluation Methods for Reinforced Concrete Beams under Impact Loading.
Three chapters including Conceptual Design, Bridge Aesthetics: Achieving Structural Art in
Bridge Design, and Application of Fiber Reinforced Polymers in Bridges, are completely rewrit-
ten. Three special topic chapters, Weigh-In-Motion Measurement of Trucks on Bridges, Impact
Effect of Moving Vehicles, and Active Control on Bridge Engineering, were deleted.
• Superstructure Design, with 19 chapters, provides information on how to design all types of bridges.
Two new chapters are Extradosed Bridges and Stress Ribbon Pedestrian Bridges. The Prestressed
Concrete Girder Bridges chapter is completely rewritten into two chapters: Precast–Pretensioned
Concrete Girder Bridges and Cast-In-Place Posttensioned Prestressed Concrete Girder Bridges.
The Bridge Decks and Approach Slabs chapter is completely rewritten into two chapters: Concrete
Decks and Approach Slabs. Seven chapters, including Segmental Concrete Bridges, Composite
Steel I-Girder Bridges, Composite Steel Box Girder Bridges, Arch Bridges, Cable-Stayed Bridges,
Orthotropic Steel Decks, and Railings, are completely rewritten. The c hapter Reinforced Concrete
Girder Bridges was deleted because it is rarely used in modern time.
• Substructure Design has 11 chapters and addresses the various substructure components. A new
chapter, Landslide Risk Assessment and Mitigation, is added. The Geotechnical Consideration
chapter is completely rewritten and retitled as Ground Investigation. The Abutments and
© 2010 Taylor & Francis Group, LLC ix