Page 328 - Fundamentals of Ocean Renewable Energy Generating Electricity From The Sea
P. 328

Index




             Note: Page numbers followed by f indicate figures and t indicate tables.


             A                                  Blue Kenue, 218–219
             Acoustic current meter, 162        Boston, tidal elevation time series,
             Acoustic Doppler current profiler (ADCP)  61–62, 62f
               hull-mounted, 170, 172f          Boundary condition data, 197, 198f
               modes of operation, 165–167
               mooring, 167–170, 171f           C
             Acoustic Doppler velocimeter (ADV),
                                                Capacity factor, 28–29, 28f,29t
                  163–165
                                                Carbon dioxide (CO 2 ), 8, 9f
             Acoustic Waves and Currents (AWAC), 180
                                                Carbon Dioxide Information Analysis
             Actuator disc theory, 73, 290
                                                     Center (CDIAC), 9
             ADCIRC, 204–205, 207f
                                                Carnot heat engine, 149–150
             Agulhas Current, 143, 144f
                                                Cauchy’s first law of motion, 35
             Albedo, 8
                                                Central difference, 203
             Alternating current (AC), 12–14
                                                Centrifugal force, 47–48, 49f
             Amphidrome, 57–58
                                                Chapman boundary condition, 212
             Amphidromic points, 51             Clamped elevation, 212
             Annual Energy Yield (AEY), 135
                                                Clamped normal velocity, 212
             Arrays, 73
                                                Climate change
             Attenuator, 125
                                                  albedo, 8
                                                  CO 2 emissions, 8, 9f,10f
             B                                    fossil fuel reserves, 11–12, 13f
             Backward difference, 202             global warming, 8
             Barrages                             greenhouse gases, 8
               La Rance tidal power station, 76–77, 78f  Milankovitch cycles, 7
               tidal range, 76–81                 radiation balance, 7
             Bathymetry data, 197                 solar radiation, 7
             Bernoulli’s equation, 44, 44f,79   Closed cycle OTEC, 146–148, 148f
             Betz limit, 76, 77f, 248           Closure problem, 210–211
               horizontal axis wind turbines,   Coal, global energy mix, 4–6, 6f
                  89–90, 89f                    Coastline data, 196–197
             Bias, 216–217                      CO 2 emissions, 8, 10f
             Block Island Wind Farm             Compound tides, 60–62, 61f,62f
               capacity factor, 101–104, 102t   Computational fluid dynamics (CFD),
               energy production distribution, 101–104,  220–221
                  104f                          Conductivity, temperature, and depth
               histogram of hourly wind speed, 99–100,  (CTD), 185–187, 186f
                  100f                          Constraints, 245
               power output, 101–104            Control variables, 238
               probability density function, 100–101  Control volume
               time series of hourly wind speed data,  horizontal axis turbine, 74
                  99, 99f                         in space, 33–34, 34f
               Wave Information Studies, 97–98, 98f  Conventional fossil fuel-based
               Weibull distribution, 100–101         energy, 276
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