River Training Techniques: Fundamentals, Design and Applications This text covers river training techniques. Divided into two parts, it discusses properties of rivers and fundamentals of river engineering and flood protection. |
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Contents
PROPERTIES OF RIVERS PROJECT PROBLEMS | 3 |
and their potential solutions e g river engineering water pollution economics environ | 13 |
PROPERTIES OF RIVERS AND FLUVIAL PROCESSES | 18 |
RIVERMODELS | 142 |
PLANNING AND DESIGNOF TRAININGWORKS | 195 |
RIVERSURVEYS | 230 |
FUNDAMENTALS OF RIVERENGINEERING | 257 |
Fundamentals of river engineering | 438 |
DESIGN AND CONSTRUCTION OF REGULATIONSTRUCTURES | 517 |
DESIGNOFFLOOD PROTECTION WORKS | 539 |
Design and construction of river training structures | 562 |
PARTICULAR CASES OF RIVERREGULATION AND FLOOD CON | 568 |
SELECTED PROJECT EXAMPLES | 583 |
APPENDIXTO PART1 | 598 |
APPENDIXTO PART2 | 606 |
4 Polynomials | 614 |
SPECIFICATION OF MATERIALS AND ELEMENTS OF STRUCTURES | 487 |
Specification of materials and elements of structures | 502 |
Common terms and phrases
alluvial channels armour layer ASCE bank erosion bank protection bed level bed load bed material bed topography bed-form bend bottom braided braided rivers calculated canals changes coefficient computed construction continuity equation cross-section curvature curve Delft depth-averaged determined developed dikes discharge downstream drainage drainage basin dune equation flood floodplain flow depth flow velocity flume formula friction factor gabions geometry geotextile gravel groyne field height Hydr Eng hydraulic Jansen length levees maximum meandering measurements method morphological Morphological computations navigation Noteć Odgaard parameters particle permeable predict Przedwojski radius ratio regime resistance revetment Rijn riprap river bed river channel river engineering river morphology river training roughness sand sediment transport shear stress shown in Fig slope soil stability stage stream Struiksma suspended load transverse turbulence upstream values vegetation velocity vertical Warta River water depth water level water surface wave
Bibliographic information
| Title | River Training Techniques: Fundamentals, Design and Applications |
| Authors | R. Blazejewski, K.W. Pilarczyk, B. Przedwojski |
| Edition | illustrated |
| Publisher | CRC Press, 1995 |
| ISBN | 9054101962, 9789054101963 |
| Length | 686 pages |
| Subjects | › Science / General |
| Export Citation | BiBTeX EndNote RefMan |