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Steel Bridge Construction 45.1 Introduction 45.2 Construction Engineering in Relation to Design Engineering 45.3 Construction Engineering Can Be Critical 45.4 Premises and Objectives of Construction Engineering 45.5 Fabrication and Erection Information Shown on Design Plans 45.6 Erection Feasibility 45.7 Illustrations of Challenges in Construction Engineering 45.8 Obstacles to Effective Construction Engineering 45.9 Examples of Inadequate Construction Engineering Allowances and Effort 45.10 Considerations Governing Construction Engineering Practices 45.11 Camber Considerations 45.12 Two General Approaches to Fabrication and Erection of Bridge Steelwork 45.13 Example of Arch Bridge Construction 45.14 Which Construction Procedure is to be Preferred?. | Durkee J. Steel Bridge Construction Bridge Engineering Handbook. Ed. Wai-Fah Chen and Lian Duan Boca Raton CRC Press 2000 45 Steel Bridge Construction 45.1 Introduction 45.2 Construction Engineering in Relation to Design Engineering 45.3 Construction Engineering Can Be Critical 45.4 Premises and Objectives of Construction Engineering 45.5 Fabrication and Erection Information Shown on Design Plans 45.6 Erection Feasibility 45.7 Illustrations of Challenges in Construction Engineering Jackson Durkee Consulting Structural Engineer Bethlehem Pa. 45.8 Obstacles to Effective Construction Engineering 45.9 Examples of Inadequate Construction Engineering Allowances and Effort 45.10 Considerations Governing Construction Engineering Practices 45.11 Camber Considerations 45.12 Two General Approaches to Fabrication and Erection of Bridge Steelwork 45.13 Example of Arch Bridge Construction 45.14 Which Construction Procedure is to be Preferred 45.15 Example of Suspension Bridge Cable Construction 45.16 Example of Cable-Stayed Bridge Construction 45.17 Field Checking at Critical Erection Stages 45.18 Determination of Erection Strength Adequacy 45.19 Philosophy of the Erection Rating Factor 45.20 Minimum Erection Rating Factors 45.21 Deficiencies of Typical Construction Procedure Drawings and Instructions 45.22 Shop and Field Liaison by Construction Engineers 45.23 Comprehensive Bridge Erection-Engineering Specifications 45.24 Standard Conditions for Contracting 45.25 Design-and-Construct 45.26 Construction Engineering Procedures and Practices The Future 45.27 Concluding Comments 45.28 Further Illustrations 2000 by CRC Press LLC 45.1 Introduction This chapter addresses some of the principles and practices applicable to the construction of medium-and long-span steel bridges structures of such size and complexity that construction engineering becomes an important or even the governing factor in the successful fabrication and erection of the superstructure steelwork. We begin with an .
