TY  - BOOK
AU  - Rusu, Eugen
TI  - Renewable Energy in Marine Environment
KW  - moored floating wave-energy converter||levelized cost of electricity (LCOE)||MILDwave||marine energy||coupling||renewable energy||end fitting||multi-DOF WECs||HVAC||hydraulic||OceanWave3D||ocean energy||wave flume experiment||capacity factor||spatial resolution||WEC farm||time scale||wave energy converter||control system||offshore wind turbines||nonlinear wave condition||design optimization||NEMOH||ocean renewable energy||scour protection damage||wind speed||site measurements||DualSPHysics||Caspian Sea||jacket||laboratory tests||turbulence||sealing performance||oscillating water column||LCOE||HVDC||offshore wind farm||turbulence kinetic energy||wave propagation||marine environment||far field||wide-graded materials||ocean renewable technologies||optical measurements||numerical modeling||Mild-slope wave propagation model||Brazilian ocean energy||short crested waves||pressure penetration||PTO system tuning||climate change conditions||wave energy converters||experimental validation||model coupling||open boundaries||mooring-line tension||DC collection||unbonded flexible pipe||6 degrees of freedom motion||WECwakes project||ADCP||ocean source potential||near field||offshore turbines||wave energy converter arrays||cost-benefit analysis||smoothed particle hydrodynamics||temperature||energy economics||linearization||waves-current interaction||length scale||erosion patterns||numerical coupling||variable depth effects||BEM||PTO system||PTO-sim||wave energy||wave-current interaction||large scale experiments||wave–structure interaction||wave propagation model||sediment transport||offshore wind||WEC array||periodic lateral boundaries||WEC-sim||turbulence intensity||acoustic measurements||scour
UR  - https://mdpi.com/books/pdfview/book/2125
ER  -