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78 4 Long Waves in a ChannelFig. 4.10 Exercise 5. Scenario 1. Model output after 24 s of simulation for the right half of thechannel for ɛ = 0. The top panel shows sea-level elevation (m), the middle panel horizontalvelocity (m/s), and the bottom panel velocity vectors (stickplots). Stickplots are strongly deformedowing to the axis ratio chosenFig. 4.11 Exercise 5. Scenario 1. Same as Fig. 4.9, but with ɛ = 0.05
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Ocean Modelling for Beginners
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Assoc. Prof. Jochen KämpfSchool of
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viPrefaceAccess to a standard compu
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Contentsix3.7.3 Apparent Forces . .
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Contentsxi4.2.3 The Shallow-Water M
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Contentsxiii5.9 Exercise 13: Inclus
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Contentsxv6.13.3 Results...........
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2 1 RequirementsMicrosoft Windows O
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Chapter 2MotivationAbstract This ch
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2.1 The Decay Problem 7Fig. 2.1 Evo
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2.2 First Steps with Finite Differe
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2.2 First Steps with Finite Differe
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2.3 Exercise 1: The Decay Problem 1
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2.4 Detection and Elimination of Er
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Chapter 3Basics of Geophysical Flui
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3.3 Location and Velocity 19Fig. 3.
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3.5 Visualisation of a Wave Using S
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3.5 Visualisation of a Wave Using S
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3.6 Exercise 2: Wave Interference 2
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3.7 Forces 273.7 Forces3.7.1 What F
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3.7 Forces 293.7.6 Interpretation o
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3.8 Fundamental Conservation Princi
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3.8 Fundamental Conservation Princi
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3.9 Gravity and the Buoyancy Force
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3.10 Exercise 3: Oscillations of a
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3.10 Exercise 3: Oscillations of a
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3.11 The Pressure-Gradient Force 41
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3.12 The Coriolis Force 43where red
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3.12 The Coriolis Force 45operates
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3.12 The Coriolis Force 47where the
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3.12 The Coriolis Force 49where n i
Page 128: 3.13 The Coriolis Force on Earth 51
Page 132: 3.14 Exercise 4: The Coriolis Force
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Page 140: 3.15 Turbulence 57(10 cm/s, 0 cm/s)
Page 144: 3.15 Turbulence 593.15.5 Turbulence
Page 148: 3.17 Scaling 613.16.2 Boundary Cond
Page 152: 3.17 Scaling 63where T i is the ine
Page 156: 66 4 Long Waves in a ChannelOn the
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Page 172: 74 4 Long Waves in a ChannelZero-gr
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Page 182: 4.4 Exercise 6: The Flooding Algori
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Page 190: 4.5 The Multi-Layer Shallow-Water M
Page 194: 4.6 Exercise 7: Long Waves in a Lay
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104 5 2D Shallow-Water Modelling5.5
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106 5 2D Shallow-Water Modelling•
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108 5 2D Shallow-Water ModellingFig
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112 5 2D Shallow-Water Modelling5.9
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114 5 2D Shallow-Water Modellingwhe
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116 5 2D Shallow-Water Modellingzer
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120 6 Rotational EffectsStep 1: Pre
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122 6 Rotational Effectsdiffusion a
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124 6 Rotational Effectsis called t
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126 6 Rotational Effectsd(PV)dtwher
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128 6 Rotational Effectswhere T is
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130 6 Rotational EffectsFig. 6.4 Ba
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132 6 Rotational Effectsappearance
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134 6 Rotational Effects6.6.2 Insta
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136 6 Rotational EffectsFig. 6.9 Ex
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138 6 Rotational Effectswhere Q x a
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140 6 Rotational EffectsFig. 6.12 S
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146 6 Rotational Effectsand uniform
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148 6 Rotational Effects6.10 Exerci
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150 6 Rotational Effectsassumption,
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152 6 Rotational EffectsFig. 6.20 I
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154 6 Rotational EffectsThe solutio
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156 6 Rotational Effectsand a radiu
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158 6 Rotational Effectsfirs analyt
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160 6 Rotational EffectsFig. 6.26 E
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162 6 Rotational Effects6.15.5 Addi
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164 6 Rotational EffectsFig. 6.30 B
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BibliographyArakawa, A., and Lamb,
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List of Exercises• Exercise 1: Th
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174 IndexFFinite differencesexplici
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