Page 257 - Fundamentals of Ocean Renewable Energy Generating Electricity From The Sea
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246 Fundamentals of Ocean Renewable Energy


                                                                         T.
             0.8  0.6  0.4  0.2  −0.2  −0.4  −0.6  −0.8  −1  0.8  0.6  0.4  0.2  −0.2  −0.4  −0.6  −0.8  −1  from
           1          0                  1          0
                                   2.1                          2.1
                                     x 10 4                       x 10 4
                                   2.08                         2.08     (Reproduced
                                   2.06                         2.06

                                   2.04                         2.04     velocities.
                                   2.02                         2.02     east/west

                                   2  Distance along channel (m)  2  Distance along channel (m)  to

                                   1.98                         1.98     refers
                                   1.96                         1.96     sense

                                   1.94                         1.94     this
                                                                         in
                                   1.92                         1.92

                                   1.9                          1.9      ‘Staggered’
            4600  4400  4200  4000  3800  3600  3400  3200  3000  2800  4600  4400  4200  4000  3800  3600  3400  3200  3000  2800 Velocity deficit for staggered (A and B) and regular (C and D) array configurations at peak ebb (B and D) and flood (A and C) for a symmetrical headland
                                      (B)                  Distance across channel (m)  (D)  Sound.
                             Distance across channel (m)
             0.8  0.6  0.4  0.2  −0.2  −0.4  −0.6  −0.8  −1  0.8  0.6  0.4  0.2  −0.2  −0.4  −0.6  −0.8  −1 Roc, D. Greaves, K.M. Thyng, D.C. Conley, Tidal turbine representation in an ocean circulation model: towards realistic applications, Ocean Eng. 78 (2014) 95–111,
           1          0                  1          0                    Puget
                                   2.1  x 10 4                  2.1  x 10 4  in
                                   2.08                         2.08     Inlet

                                   2.06                         2.06     Admiralty
                                   2.04                         2.04
                                     Distance along channel (m)   Distance along channel (m)  an
                                   2.02                         2.02     idealized

                                   2                            2
                                   1.98                         1.98     representing
                                   1.96                         1.96         Elsevier.)

                                   1.94                         1.94     bathymetry,

                                   1.92                         1.92         from
                                   1.9                          1.9      constant
            4600  4400  4200  4000  3800  3600  3400  3200  3000  2800  4600  4400  4200  4000  3800  3600  3400  3200  3000  2800  9.5  with permission
                                      (A)                  Distance across channel (m)  (C)  FIG.  a  with
                             Distance across channel (m)
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