Mostrando 5 resultados de: 5
Design selection and geometry in owc wave energy converters for performance
ArticleAbstract: Although oscillating water column (OWC) wave energy converters are arguably one of the most studiedPalabras claves:Oscillating water column, OWC, Wave energy, wave energy converter, WECAutores:Carballo R., Fouz D.M., I. López, Iglesias G.Fuentes:scopusIntra-annual variability in the performance of an oscillating water column wave energy converter
ArticleAbstract: The intra-annual variability in the wave resource is often disregarded when analysing the performancPalabras claves:Air compressibility, Numerical modelling, Oscillating water column, Physical modelling, Turbine-induced damping, Wave energyAutores:Carballo R., I. López, Iglesias G.Fuentes:scopusSensitivity of OWC performance to air compressibility
ArticleAbstract: Air compressibility is often neglected in experimental work due to practical difficulties, even thouPalabras claves:Capture-width ratio, CFD, Oscillating water column, Physical modelling, Wave energy, Wave powerAutores:Carballo R., I. López, Iglesias G., Taveira-Pinto F.Fuentes:scopusWave farm planning through high-resolution resource and performance characterization
ArticleAbstract: Wave farm planning in a coastal region should lead to the selection of: i) the type of technology ofPalabras claves:Buoy-type WECs, ICZM, Intra-annual performance, Wave energyAutores:Álvarez M., Arean N., Carballo R., Castro A., I. López, Iglesias G., López M.Fuentes:scopusSite-specific wave energy conversion performance of an oscillating water column device
ArticleAbstract: The energy conversion performance of oscillating water column (OWC)wave energy converters at a speciPalabras claves:Air compressibility, Capture width ratio, Characterisation matrices, OWC, Physical modelling, Wave energyAutores:Carballo R., I. López, Iglesias G.Fuentes:scopus