The very latest coverage of the enitre bridge engineering processWritten for new and experienced highway engineers, this master resource offers the most complete and practical treatment available for every aspect of highway bridge design, rehabilitation, and maintenance. From initial concept all the way to final contract documentation preparation, Bridge Engineering presents a clear and detailed road map to the entire bridge engineering process.
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McGraw-Hill Education - Europe
Zielgruppe
Für höhere Schule und Studium
Für Beruf und Forschung
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Höhe: 287 mm
Breite: 218 mm
Dicke: 38 mm
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ISBN-13
978-0-07-145903-7 (9780071459037)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
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McGraw-Hill authors represent the leading experts in their fields and are dedicated to improving the lives, careers, and interests of readers worldwide
Jim Zhao, PhD, PEng, PE, F.ASCE Mr. Zhao is the manager and technical lead of Bridge Engineering at AMEC. He has 28 years of experience throughout the US and Canada with steel, concrete and prestressed concrete structure design and finite element analysis, structural dynamic analysis and seismic design, structural fatigue analysis and remaining life prediction, structural condition survey and rehabilitation, long span bridge design, international project management, design-build concept and management, and project risk management. His previous positions included GM-international operations for JSTI, and chief engineer at WBCM. He received his degrees from Tongji University, University of Ottawa, University of Quebec, and Bryson University. He is a member of ACI/ASCE committee 423 Prestressed Concrete, and ACI/ASCE Committee 343 Concrete Bridge Design. He is the past-president of SEI MD Chapter, and is a fellow of ASCE. He has been teaching Bridge Rehabilitation on behave of ASCE since 2000.
Design Examples and PerspectivesPrefacePreface to the First EditionSection 1: The StructureChapter 1.1: Use and FunctionalityChapter 1.2: Origins of the Modern Highway BridgeChapter 1.3: Bridge Designers and Their ProjectsChapter 1.4: The Bridge Engineering Lexicon ReferencesSection 2: Project InceptionChapter 2.1: Project FundingChapter 2.2: Types of Design StandardsChapter 2.3: Site InspectionChapter 2.4: Site SurveyChapter 2.5: Physical TestingChapter 2.6: The Inspection TeamChapter 2.7: As-Built Plans and Other Record DataChapter 2.8: ConclusionReferencesSection 3: The SuperstructureChapter 3.1: Superstructure TypesChapter 3.2: Deck TypesChapter 3.3: Wearing Surface TypesChapter 3.4: Deck Joint TypesChapter 3.5: Design LoadsChapter 3.6: Design MethodsChapter 3.7: Internal ForcesChapter 3.8: Load DistributionChapter 3.9: Concrete Deck SlabsChapter 3.10: Composite Steel MembersChapter 3.11: Plate GirdersChapter 3.12: Continuous BeamsChapter 3.13: Protecting Steel SuperstructuresChapter 3.14: Load RatingChapter 3.15: Prestressed ConcreteChapter 3.16: Prestressed Concrete MaintenanceReferencesSection 4: The SubstructureChapter 4.1: AbutmentsChapter 4.2: PiersChapter 4.3: BearingsReferencesSection 5: Implementation & ManagementChapter 5.1: The HighwayChapter 5.2: Contract DocumentsChapter 5.3: Bridge Management SystemsReferencesAPPENDIXACKNOWLEDGMENTSILLUSTRATION CREDITSINDEX
