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Index of Tables Table 7.3: Table of correlations R2including the tests with macro-roughness 154 Table 7.4: Plots of the maximum relative scour depth obtained with GPKernel - without macroroughness 176 Table 7.5: Plots of the maximum relative scour depth obtained with GPKernel with macroroughness 180 Table 7.6: Summary of the tested type of formulae for establishing a new scour formula 189 8. Summary, conclusions and recommendations 193 page 224 / November 9, 2002 Wall roughness effects on flow and scouring
Index of Keywords Index of Keywords A Aare River 33 abutment 13 additional tests 111 algorithm genetic 175 analysis armoring layer 134 bed topography 115 dimensional 18 discussion 142, 147 final scour 115 flow field 138 grain sorting 134 main tests 113 scour evolution 129 sediment transport 132 summary 142 tests 113 velocities 138 water surface 126 appendix description 108 application domain 200 approximation theory 171 Ardèche River 35 armor layer sediment sampling 90 armoring 31, 110, 134 state of the art 17 B Babovic genetic algorithm 175 backwater curve 80, 110 Bagnold 24, 46 bank roughness 15 Bazilevich 54 bed level measurement 18 levels in inlet and outlet reach 89 roughness 8 slope 77 topography 142, 144 topography - analysis 115 bedload 35 bend 68 flow 6 bibliography see state of the art 5 boundary shear stress 29 Bridge 44, 58 enhanced formula 157 bridge abutment 13 bridge scour 14 Brienz 33 C central command unit 84 channel geometry 68, 77 characteristic diameters 24 coarse sediments 17 command unit 84 comparison scour formulae 57 sediment transport equations 39 conditions flow 77 correlation 150 function 9 with macro-roughness 154 without macro-roughness 152 critical shear stress 35 cross section shape 124, 159 D data acquisition 83 field 183 scale model 183 treatment 18, 93 treatment (dimensional analysis) 18 treatment (genetic algorithm) 18 densimetric Froude number 30 depth scour 115 Desna River 47 development scour 123 scour and point bars 109 diameters characteristic 24 EPFL Ph.D thesis 2632 - Daniel S. Hersberger November 9, 2002 / page 225
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WALL ROUGHNESS EFFECTS ON FLOW AND
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Abstract By applying vertical ribs
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Résumé En disposant des nervures
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Zusammenfassung • Ein markanter S
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Acknowledgments page x / November 9
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Table of contents 4. Smart & Jäggi
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Table of contents 7.6 Summary and c
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Chapter 1 - Introduction 1.1 Contex
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Chapter 1 - Introduction page 4 / N
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Chapter 2 - State of the art 2.1 Fl
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Chapter 2 - State of the art 2.2.2
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Chapter 2 - State of the art Theref
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Chapter 2 - State of the art resolu
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Chapter 2 - State of the art comple
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Chapter 2 - State of the art ORLAND
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Chapter 2 - State of the art 2.6 Me
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Chapter 2 - State of the art page 2
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Chapter 3 - Theoretical considerati
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Chapter 4 - Experimental setup and
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Chapter 5 - Test results 5.1 Introd
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Chapter 5 - Test results 5.2 Prelim
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Chapter 5 - Test results with and w
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Chapter 5 - Test results 5.2.2 Test
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Chapter 5 - Test results 5.3 Main t
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Chapter 5 - Test results and 210 l/
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Chapter 5 - Test results 5.5 Tests
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Chapter 6 - Analysis of the test re
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Chapter 7 - Establishing an empiric
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Page 216 and 217: Notations K S [m 1/3 /s] roughness
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Page 220 and 221: References de Vriend H.J. (1981). S
Page 222 and 223: References Meyer-Peter, E., Favre,
Page 224 and 225: References Williams, R. (1899). Flu
Page 226 and 227: References by chapter Keulegan (193
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Page 230 and 231: Index of Authors Hoffmanns 13 Hoffm
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Page 234 and 235: Index of Figures Fig.4.19: Frame po
Page 236 and 237: Index of Figures 22] 183 Fig.7.15:
Page 240 and 241: Index of Keywords dimensional analy
Page 242 and 243: Index of Keywords sediment sampling
Page 244 and 245: Index of Keywords parameter 77 Pete
Page 246: Publications (continued) 1997 Hersb
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