Concrete bridge engineering   performance and advances Cover

Concrete bridge engineering : performance and advances

ISBN/ASIN: 0203497791,9780203497791 | English | pdf | 346/342 pages | 12.3 Mb
Author: R J Cope

Content: Cover — CONCRETE BRIDGE ENGINEERING — Preface — Contents — List of Contributors — 1 Planning Site Investigations — 1.1 INTRODUCTION — 1.2 TYPES OF INVESTIGATION — 1.3 TEST PROGRAMME PREPARATION AND EXECUTION — 1.4 INTERPRETATION — 1.5 GENERAL OBSERVATIONS — REFERENCES — 2 Assessment of Concrete in Bridge Structures — 2.1 INTRODUCTION — 2.2 RANGE OF TECHNIQUES AVAILABLE — 2.3 ASSESSMENT DURING CONSTRUCTION — 2.4 ASSESSMENT OF DETERIORATION — 2.5 CORROSION OF REINFORCEMENT AND PRESTRESSING STEEL — 2.6 ASSESSMENT OF STRUCTURAL INTEGRITY — 2.7 ASSESSMENT OF PHYSICAL PROPERTIES OF CONCRETE — 2.8 ASSESSMENT OF CONCRETE STRENGTH — 2.9 MIX CONSTITUENTS AND PROPORTIONS — 2.10 PERMEABILITY — 2.11 PERFORMANCE TESTING, MONITORING AND ASSESSMENT OF REPAIRS — 2.12 GENERAL OBSERVATIONS AND FUTURE DEVELOPMENTS — REFERENCES — 3 Assessment of Load Effects in Reinforced Concrete Slab Bridges — 3.1 INTRODUCTION — 3.2 PARTIAL SAFETY FACTORS — 3.3 LOADING — 3.4 STRUCTURAL ANALYSIS — 3.5 MATERIAL PROPERTIES AND SECTION CAPACITIES — 3.6 COMMENTS — REFERENCES — 4 Repair and Protection of Reinforced Concrete Bridges — 4.1 INTRODUCTION — 4.2 DURABILITY OF CONCRETE — 4.3 POROSITY AND PERMEABILITY — 4.4 CAUSES OF DETERIORATION OF CONCRETE BRIDGES — 4.5 MATERIALS FOR REPAIR — 4.6 CONCRETE REPAIR METHODS — 4.7 CONCLUSIONS — REFERENCES — 5 The Thermal Response of Concrete Bridges — 5.1 INTRODUCTION — 5.2 AMBIENT THERMAL LOADING — 5.3 HEAT OF HYDRATION — 5.4 PROPERTIES OF CONCRETE FOR THERMAL ANALYSIS — REFERENCES — 6 Membrane Enhancement in Top Slabs of Concrete Bridges — 6.1 INTRODUCTION — 6.2 HISTORICAL BACKGROUND — 6.3 THEORETICAL DEVELOPMENTS — 6.4 LABORATORY AND FIELD STUDIES — 6.5 DESIGN CODE PROVISIONS — 6.6 CONCLUSIONS — REFERENCES — 7 Modified Concretes for Use in Bridge Structures — 7.1 INTRODUCTION — 7.2 LIGHTWEIGHT AGGREGATE CONCRETE — 7.3 HIGH STRENGTH CONCRETE — 7.4 ADMIXTURES — 7.5 CEMENT REPLACEMENTS — 7.6 POLYMER MODIFIED CONCRETES — 7.7 FIBRE REINFORCED CONCRETE — 7.8 PERMANENT FORMWORK — 7.9 NON-CORRODING REINFORCEMENT — 7.10 CONCLUSIONS — REFERENCES — 8 Prestressed Precast Concrete Bridges — 8.1 INTRODUCTION — 8.2 HISTORICAL REVIEW — 8.3 DESIGN CRITERIA — 8.4 BRIDGE TYPES — 8.5 PRECAST CONCRETE IN BRIDGES — 8.6 SPECIAL PROBLEMS — REFERENCES — 9 Joints and Substructures — 9.1 INTRODUCTION — 9.2 PROVISION FOR ARTICULATION — 9.3 SUBSTRUCTURES — 9.4 INSPECTION AND MAINTENANCE — 9.5 MATERIALS FOR DE-ICING — REFERENCES — Index

Download Concrete bridge engineering   performance and advances

Category: Uncategorized
Tags: ,

money back guarantee