Non-linear free-surface boundary conditions |
1 |
Statistics and energy transport of real ocean waves |
6 |
JONSWAP spectrum |
9 |
Collection of wave data |
11 |
Wave spectrum parameters |
16 |
Wave energy transport |
18 |
Short-term wave statistics |
23 |
Problem S4. Significant wave heights |
28 |
Wave generator without added mass |
31 |
Surging wavemaker |
32 |
Heaving wavemaker |
34 |
Figure D8 |
37 |
Slender oscillating water column |
38 |
Phase control |
40 |
Model tests in the laboratory |
44 |
Improved rigid-body description of OWC |
57 |
Power applied by wave generation |
60 |
[Kinetic energy, potential energy and their difference. Relation to reactive power] |
62 |
Parallel rows of oscillating bodies and OWCs |
68 |
Radiation damping matrices |
72 |
Absorbed power |
73 |
Infinitely long array |
75 |
Radiation from the array |
76 |
The array radiation damping matrix |
78 |
Two-dimensional radiation damping matrix |
81 |
Array of heaving axisymmetric arrays |
82 |
Dynamic reflection by heaving slender bodies |
84 |
Maximum absorbed power |
88 |
Maximum power absorption with arrays |
89 |
The case with only one oscillator per group |
92 |
The case with two oscillators per group |
97 |
Two rows of point absorbers |
100 |
Problem K1. Radiation resistance of heaving point absorber |
104 |
Optimum control for maximum power delivery |
106 |
Stråling frå oscillerande elektrisk dipol (Radiation from oscillating electric dipole) |
112 |
Dipolantenne (Dipole antenna) |
114 |
Absorpsjonstverrsnitt for ein Hertz-dipol (Absorption cross section for a Hertz dipole) |
116 |
Vekselverknad mellom lys og eit atom (Interaction between light and an atom) |
117 |