Skip to main content
Log in
Register
Main Menu
About
About Tethys Engineering
Contribute to Tethys Engineering
Content
Knowledge Base
Map Viewer
Events Calendar
Photo Library
Connections
Signature Projects
Organizations
Databases
Broadcasts
PRIMRE Blasts
Webinars
Conferences and Workshops
Help
Frequently Asked Questions
Glossary
Contact Us
Breadcrumb
Home
Connections
Lugni, C.
Lugni, C.
Affiliated Marine Energy Engineering Documents
Total results: 5
Type of Content:
- Any -
Book
Book Chapter
Conference Paper
Guidance
Journal Article
Magazine Article
Presentation
Report
Summary
Thesis
Video
Website
Workshop Article
Technology:
- Any -
Current
-Axial Flow Turbine
-Cross Flow Turbine
-Oscillating Hydrofoil
-Archimedes Screw
-Kite
-Vortex-Induced Vibration
-Tidal
-Ocean Current
-Riverine
Wave
-Overtopping
-Pressure Differential
-Point Absorber
-Oscillating Water Column
-Oscillating Wave Surge Converter
-Attenuator
Salinity Gradient
-Pressure-Retarded Osmosis
-Reverse Electrodialysis
OTEC
-Closed-Cycle
-Open-Cycle
-Hybrid-Cycle
Collection Method:
- Any -
Field Data
Lab Data
Modeling
Test Center
Full Scale
Scale Device
Device:
- Any -
Acoustics
Array Effects
Control
Grid Integration
Hybrid Devices
Hydrodynamics
Materials
Mooring
Performance
Power Take Off
Structural
Substructure
Search:
Title
Author
Date
Sort ascending
Type of Content
Technology
Collection Method
Engineering
A Novel Hybrid Floating Breakwater- Wave Energy Converter Device: Preliminary Experimental Investigations
Russo, S.
,
Lugni, C.
,
Contestabile, P.
September 2023
Conference Paper
Wave
Lab Data
Hybrid Devices
,
Hydrodynamics
,
Performance
A Preliminary Design for a novel concept of Floating breakwater (… and WEC)
Russo, S.
,
Lugni, C.
,
Contestabile, P.
September 2021
Conference Paper
Tidal
,
Wave
Modeling
Hybrid Devices
,
Structural
A combined wind and wave energy-converter concept in survival mode: Numerical and experimental study in regular waves with a focus on water entry and exit
Wan, L.
,
Greco, M.
,
Lugni, C.
February 2017
Journal Article
Wave
,
Oscillating Water Column
Modeling
Hybrid Devices
,
Hydrodynamics
,
Performance
Experimental and numerical comparisons of hydrodynamic responses for a combined wind and wave energy converter concept under operational conditions
Wan, L.
,
Gao, Z.
,
Moan, T.
August 2016
Journal Article
Wave
,
Point Absorber
Modeling
Hybrid Devices
,
Hydrodynamics
,
Power Take Off
Comparative experimental study of the survivability of a combined wind and wave energy converter in two testing facilities
Wan, L.
,
Gao, Z.
,
Moan, T.
January 2016
Journal Article
Wave
Lab Data
,
Modeling
,
Scale Device
Hybrid Devices