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Showing below up to 50 results in range #51 to #100.

51. Conversion of Computed Results
52. Corrosion protection tests (steel structures and corrosion protection)
53. Definition of the Characteristic Parameters
54. Design Software
55. Development of Hydration Heat in Concrete
56. Differences of Calculated Results
57. Display control volumes cfg.dat
58. Durability tests for rebar corrosion
59. Dynamic response of very large containerships passing fairways with dunes
60. Ecological Connectivity
61. Ecological Connectivity - Mission
62. Ecological Connectivity - Pilot Sites
63. Ecological Connectivity - R&D Projects
64. Ecological Connectivity - Standardisation
65. Ecological Connectivity - Statement of Tasks
66. Elementary Aspects of Data Analyses
67. Etho-hydraulic tests at the BAW
68. Evaluating the condition of solid structures
69. Example: Advective Ebb Transport of Salt in the Inner Außenweser
70. Example: Advective Flood Transport of Salt in the Inner Außenweser
71. Example: Advective Residual Transport of Salt in the Inner Außenweser
72. Example: Animation of Fluid Particle Paths in the Inner Jade Estuary
73. Example: Animation of Salinity in the Außenweser Estuary
74. Example: Animation of Water Level Elevation and Flow Velocity in the Inner Jade Estuary
75. Example: Bathymetry of the Ems Estuary
76. Example: Bathymetry of the Inner Außenweser
77. Example: Duration of High Wind Velocity in the North Sea
78. Example: Duration of Low Wind Velocity in the North Sea
79. Example: Ebb Volume for the Inner Außenweser
80. Example figure: maximum suspended sediment difference
81. Example figure: maximum value of suspended sediment
82. Example figure: mean value of suspended sediment
83. Example figure: median of suspended sediment Q 0.50
84. Example figure: minimum value of suspended sediment
85. Example figures: cumulative frequency distribution of current velocity
86. Example figures: cumulative frequency distribution of salinity
87. Example figures: cumulative frequency distribution of suspended sediment
88. Example figures: cumulative frequency distribution of tracer
89. Example figures: Cumulative frequency distribution of water level
90. Example figures: Duration of dry period
91. Example figures: duration of high current velocity
92. Example figures: duration of high salinity
93. Example figures: duration of high suspended sediment
94. Example figures: duration of high tracer
95. Example figures: Duration of high water
96. Example figures: Duration of inundation
97. Example figures: duration of low current velocity
98. Example figures: duration of low salinity
99. Example figures: duration of low suspended sediment
100. Example figures: duration of low tracer