ASCE 9780784409817 2009
$44.42
River Training and Sediment Management with Submerged Vanes
Published By | Publication Date | Number of Pages |
ASCE | 2009 | 184 |
Jacob Odgaard provides a complete guide to help engineers determine when submerged vanes would be an effective design solution for problems associated with sedimentation and river training and how the vanes should be planned and installed.
PDF Catalog
PDF Pages | PDF Title |
---|---|
6 | Contents |
8 | Preface |
10 | Acknowledgments |
12 | Notation |
14 | Chapter 1. Introduction 1.1 Objective |
18 | 1.2 Concept |
20 | 1.3 Developments |
29 | 1.4 Sustainability |
32 | Chapter 2. Theory 2.1 Airfoil Analogy |
38 | 2.2 Flow Equations and Solutions |
41 | 2.3 Design Objectives |
56 | 2.4 Design Graphs |
60 | Chapter 3. Laboratory Validation Tests 3.1 Rigid-Bed Channel (Proof-of-Concept) |
67 | 3.2 Movable-Bed Curved and Straight Channels |
74 | 3.3 Movable-Bed Sharply Curved Channel |
75 | 3.4 Movable-Bed Straight Channel with Diversion |
84 | Chapter 4. Design Calculations 4.1 Design Steps |
86 | 4.2 Stabilization of River Bank |
89 | 4.3 Stabilization of River Bed |
92 | 4.4 Stabilization of Compound Channel |
94 | 4.5 Sediment Control at Diversion/Water Intake |
98 | 4.6 Stabilization of River Channel Alignment |
102 | Chapter 5. Field Installations 5.1 Stabilization of River Bank |
120 | 5.2 Stabilization of River Bed/Compound Channel |
127 | 5.3 Sediment Control at Water Intake/Diversion |
159 | 5.4 Stabilization of River Channel Alignment |
164 | Chapter 6. Summary of Design Guidelines 6.1 Typical Dimensions |
165 | 6.2 Primary Design Considerations |
167 | 6.3 Typical Vane Materials |
173 | 6.4 Limitations to Vane Use |
176 | References |
182 | Index D |
183 | F L R S V |
184 | About the Author |