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Index of Keywords dimensional analysis 18 dimensionless 35 shear stress 37 transport rate 35 discharge 77, 89 discussion analysis of tests 142, 147 domain of applicability 200 Doppler 85 drag force 35 du Boys 35 E empirical formula 149 formula - parameters 151 Engelund 43, 58 entry reach 68 establishment scour formula 155 events 110 evolution scour 129, 143, 144 exit reach 68 experimental parameter 77 setup 67, 68 F Falcon & Kennedy 53, 58 Fargue 40, 57 field data 183 velocity 143, 145 filtering basket 76 floating objects trajectory 127 flow analysis 138 bends 6 conditions 77 field 143, 145 meter 89 resistance 27, 28 resistance - bedforms 28 state of the art 6 formula based on cross secion shape 159 based on similitude theory 171 Bazilevich 54 Bridge 44 Bridge - enhanced 157 Bridge (modified) 190 du Boys 35 empirical 149 Engelund 43 enhanced existing scour formulae 155 establishment 149 Falcon & Kennedy 53 Fargue 40 Hunziker 38 Kikkawa et al. - enhanced 155 Kikkawa, Ikeda & Kitagawa 47 Meyer-Peter & Müller 37 new formula 149 new formula - establishment 155 Odgaard 53 Peter 55 polynomial function 3rd degree 160, 162, 163, 166, 169 polynomial function 5th degree 167 Reindl 56 sediment transport 35 Smart & Jäggi 38 Strickler 27 van Bendegom 42 Williams 40 Zimmermann 51 frame command unit 84 positions 86 friction angle 24 laws 27 velocity 29 Froude number densimetric 30 of the tests (computed) 100, 101 sediment 30 further research 198 G gauge - positions 91 genetic algorithm 18, 175 geometry channel 77 macro-roughness 78 page 226 / November 9, 2002 Wall roughness effects on flow and scouring
Index of Keywords probe support 88 testing facility 68 Gessler 31 GPKernel 175 grain size distribution 9, 22, 82 size distribution - after preliminary tests 104, 107 sorting 17, 104, 134, 143, 145 groyne field 13 Gurtnellen 2, 78, 183, 188 H hiding function 9 Huntley 171 Hunziker 38 I Ikeda see Kikkawa 47 influence wall 31, 32 inlet bed levels 89 reach 68 Inlet box 74 K Keijzer genetic algorithm 175 Kikkawa 47, 58 enhanced formula 155 Kitagawa see Kikkawa 47 Kline 18, 171 L Lake of Brienz 33 law 51 level acquisition 85 on outer side wall 89 treatment 93 line bend 124 location of scour (preliminary tests) 103, 106 point bars 121 scours 119 logarithmic law 17, 31 velocity distribution 28, 50 M macro-roughness banks 15 geometry 78 influence on scour 144, 147 observations 144 spacing 111, 148 state of the art 15 main tests 108 manual readings 89 maximum scour depth 59, 175, 179 scour depth (with mr) 190 measurement bed level 18 notations 70 overview 101 parameters 79 state of the art 18 technique 18, 83 velocity 18, 85 Metflow SA 85 method of similitude 171 MPM see Meyer-Peter Müller 37 N nomenclature 68 notations measurements 70 O Oak Creek 9 observations 109, 110 with macro-roughness 144 without macro-roughness 142 Odgaard 53, 58 opening angle 70 optimum rib spacing 148 outlet bed levels 89 box 75 pipes 69 reach 68 EPFL Ph.D thesis 2632 - Daniel S. Hersberger November 9, 2002 / page 227
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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
Page 218 and 219: Notations bed b bf c cr d e g w o o
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
Page 228 and 229: References by chapter page 214 / No
Page 230 and 231: Index of Authors Hoffmanns 13 Hoffm
Page 232 and 233: Index of Authors page 218 / Novembe
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 238 and 239: Index of Tables Table 7.3: Table of
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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