WavePowerLab
WavePowerLab
Home
Experience
Projects
WEC Comparison
Albany waves
Compressible WECs
Array optimisation
Wave prediction
M4
Parametric resonance
Publications
Talks
Teaching
Personal
Contact
Light
Dark
Automatic
compressible
Compressible wave energy converters
Compressible or variable-volume wave energy converters are a type of wave energy converters that expands and contracts under wave action. Owing to their unconventional modes of motion, such devices can have more superior properties than rigid devices.
Wave-Structure Interactions of Flexible Bags with Elastic Tendons: Application to Wave Energy Conversion
Adi Kurniawan
,
Scott Brown
,
David Forehand
,
Hugh Wolgamot
Cite
Project
DOI
Wave energy absorption by a floating air bag
A. Kurniawan
,
J. R. Chaplin
,
D. M. Greaves
,
M. Hann
Cite
DOI
Wave energy absorption by a submerged air bag connected to a rigid float
A. Kurniawan
,
J. R. Chaplin
,
M. R. Hann
,
D. M. Greaves
,
F. J. M. Farley
Cite
DOI
The hydrodynamics of air-filled bags for wave energy conversion
Deborah Greaves
,
Martyn Hann
,
Adi Kurniawan
,
JR Chaplin
,
FJM Farley
Cite
Wave energy absorption by a floating air-filled bag
Adi Kurniawan
,
Deborah Greaves
,
Martyn Hann
,
John Chaplin
,
Francis Farley
Cite
Wave power absorption by a submerged balloon fixed to the sea bed
Adi Kurniawan
,
Deborah Greaves
Cite
DOI
Broad-banded wave power absorption with submerged balloons
Adi Kurniawan
,
D. M. Greaves
Cite
Forced heaving motion of a floating air-filled bag
John Chaplin
,
Francis Farley
,
Adi Kurniawan
,
Deborah Greaves
,
Martyn Hann
Cite
Numerical and experimental investigation of wave energy devices with inflated bags
John Chaplin
,
Francis Farley
,
Deborah Greaves
,
Martyn Hann
,
Adi Kurniawan
,
Malcolm Cox
Cite
»
Cite
×