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Bridge engineering / S. Ponnuswamy

Por: Idioma: Inglés Editor: New York : Tata McGraw-Hill, 2008Descripción: 1 online resource (772 pages) : illustrationsTipo de contenido:
  • texto
Tipo de medio:
  • computadora
Tipo de soporte:
  • recurso en línea
ISBN:
  • 9780070656956
Tema(s): Clasificación CDD:
  • 624.2
Recursos en línea:
Contenidos:
Cover -- Contents -- 1. Introduction -- 1.1 Defmition -- 1.2 History of Development of Bridges -- l.3 Classification of Bridges -- 1.4 Planning for a Bridge -- 1.5 Different Stages of Planning -- l.6 Preliminary/Concep!Ual Design -- l. 7 Detailed Design -- l.8 Swnmary -- Annexure 1.1 Some Notable Bridge Links in the World -- Annexure l.2 Illustrations of Some Notable Bridges -- 2. Investigation for Bridges and Cnlverts -- 2.1 Investigation for Culverts and Minor Bridges -- 2.2 Topograpbic Details -- 2.3 Catchment Area Map -- 2.4 Hydrologic Particulars -- 2.5 Geo-Technical Details -- 2.6 Seismology of the Area -- 2.7 Navigational Requirements -- 2.8 Construction Resources -- 2.9 Particulars of Nearest Bridges -- 2.10 Traffic Forecast -- 2.11 Report and Drawings -- 2.12 Summary -- 3. Investigations for Important Bridges -- 3.1 Factors for Choice ofIdeal Site -- 3.2 Techno-economic Feasibility (or Preliminary) Study -- 3.3 Project Report Stage -- 3.4 Drawings to Accompany the Project Report -- 3.5 Project Report -- 3.6 Summary -- Annexure 3.1 Details for Model Studies Required for Siting a Bridge Across a Major and Important River -- 4. Design Flood Discharge for Bridges -- 4.1 Introduction -- 4.2 Contribution Factors -- 4.3 Methods of Determination of Design Flood -- 4.4 Unit Hydrograph Method -- 4.5 Choice of Method -- 4.6 Foundation Design Discharge -- 4.7 Summary -- Annexure 4.1 Selected Flood Formulae Evolved Around the World -- Annexure 4.2 Heaviest Rainfall in One Hour at Various Important Rain Gauge Stations in India -- Annexure 4.3 Values of Rugosity Coefficient n for Open Charmels with Other than Coarse Bed Material -- Annexure 4.4 Case Study-Design Flood by Unit Hydrograph Method -- 5. Linear Waterway of Bridges -- 5.J General J -- 5.2 Scour and Depth of Flow -- 5.3 Afflux -- 5.4 Calculation of Waterway -- 5.5 Sunnnary
Resumen: This book covers the entire gamut of bridge engineer in-investigation, design, construction and maintenance of bridges. The coverage is not dealt with isolation, but discussed in relation to basic approaches to design of bridges, supported by numerous case studies. Further, the book includes design details of superstructures and foundations. Bridge Engineering has been thoroughly revised to reflect the changes in technology that have occurred in the past. It includes new chapters on grade separators and river training works, with special reference to revised design standards. The book has been specifically designed to suit the requirements of design and practising engineers as well as students in India."
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Cover -- Contents -- 1. Introduction -- 1.1 Defmition -- 1.2 History of Development of Bridges -- l.3 Classification of Bridges -- 1.4 Planning for a Bridge -- 1.5 Different Stages of Planning -- l.6 Preliminary/Concep!Ual Design -- l. 7 Detailed Design -- l.8 Swnmary -- Annexure 1.1 Some Notable Bridge Links in the World -- Annexure l.2 Illustrations of Some Notable Bridges -- 2. Investigation for Bridges and Cnlverts -- 2.1 Investigation for Culverts and Minor Bridges -- 2.2 Topograpbic Details -- 2.3 Catchment Area Map -- 2.4 Hydrologic Particulars -- 2.5 Geo-Technical Details -- 2.6 Seismology of the Area -- 2.7 Navigational Requirements -- 2.8 Construction Resources -- 2.9 Particulars of Nearest Bridges -- 2.10 Traffic Forecast -- 2.11 Report and Drawings -- 2.12 Summary -- 3. Investigations for Important Bridges -- 3.1 Factors for Choice ofIdeal Site -- 3.2 Techno-economic Feasibility (or Preliminary) Study -- 3.3 Project Report Stage -- 3.4 Drawings to Accompany the Project Report -- 3.5 Project Report -- 3.6 Summary -- Annexure 3.1 Details for Model Studies Required for Siting a Bridge Across a Major and Important River -- 4. Design Flood Discharge for Bridges -- 4.1 Introduction -- 4.2 Contribution Factors -- 4.3 Methods of Determination of Design Flood -- 4.4 Unit Hydrograph Method -- 4.5 Choice of Method -- 4.6 Foundation Design Discharge -- 4.7 Summary -- Annexure 4.1 Selected Flood Formulae Evolved Around the World -- Annexure 4.2 Heaviest Rainfall in One Hour at Various Important Rain Gauge Stations in India -- Annexure 4.3 Values of Rugosity Coefficient n for Open Charmels with Other than Coarse Bed Material -- Annexure 4.4 Case Study-Design Flood by Unit Hydrograph Method -- 5. Linear Waterway of Bridges -- 5.J General J -- 5.2 Scour and Depth of Flow -- 5.3 Afflux -- 5.4 Calculation of Waterway -- 5.5 Sunnnary

This book covers the entire gamut of bridge engineer in-investigation, design, construction and maintenance of bridges. The coverage is not dealt with isolation, but discussed in relation to basic approaches to design of bridges, supported by numerous case studies. Further, the book includes design details of superstructures and foundations. Bridge Engineering has been thoroughly revised to reflect the changes in technology that have occurred in the past. It includes new chapters on grade separators and river training works, with special reference to revised design standards. The book has been specifically designed to suit the requirements of design and practising engineers as well as students in India."

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