Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210979097> ?p ?o ?g. }
- W4210979097 endingPage "118629" @default.
- W4210979097 startingPage "118629" @default.
- W4210979097 abstract "Probably the biggest challenge for wave energy is to ensure survival in harsh offshore conditions, in order to reduce costs for offshore repair operations and downtime, and achieve economic viability. This work presents a reliable numerical tool that can be used to study the dynamics and survivability of wave energy converters in violent wave conditions, possibly cutting down the costs of experimental campaigns. Within the Smoothed Particle Hydrodynamics framework, this research identifies a detailed procedure to model a taut-moored point-absorber wave energy converter together with its inherent power take-off device, which seamlessly exploits its functions of energy harvesting and load bearing. A validation of the DualSPHysics code is provided by contrasting the numerical outcome with a thorough set of data obtained in physical tests with extreme waves, showing that the time-integrated numerical model can capture with good accuracy all the physics involved. The computational fluid dynamics tool is employed to perform a survivability study, modeling high-return period wave conditions for marine structures, and providing guidelines on how to create the numerically best setup to be used for design purposes. A real-like irregular sea state representation, comprising 500 waves, was used to draw insightful indications for the structure optimization to increase the structure’s life expectancy, or conversely, to reduce the initial and operational costs." @default.
- W4210979097 created "2022-02-13" @default.
- W4210979097 creator A5012631270 @default.
- W4210979097 creator A5029014536 @default.
- W4210979097 creator A5035720534 @default.
- W4210979097 creator A5040899791 @default.
- W4210979097 creator A5043854997 @default.
- W4210979097 creator A5063762148 @default.
- W4210979097 creator A5074303144 @default.
- W4210979097 date "2022-04-01" @default.
- W4210979097 modified "2023-10-17" @default.
- W4210979097 title "A numerical study of a taut-moored point-absorber wave energy converter with a linear power take-off system under extreme wave conditions" @default.
- W4210979097 cites W1794414875 @default.
- W4210979097 cites W1987038715 @default.
- W4210979097 cites W1987557628 @default.
- W4210979097 cites W2009272902 @default.
- W4210979097 cites W2014414705 @default.
- W4210979097 cites W2023496727 @default.
- W4210979097 cites W2027446201 @default.
- W4210979097 cites W2044602433 @default.
- W4210979097 cites W2045493307 @default.
- W4210979097 cites W2047542720 @default.
- W4210979097 cites W2056406147 @default.
- W4210979097 cites W2058537952 @default.
- W4210979097 cites W2076436043 @default.
- W4210979097 cites W2083512910 @default.
- W4210979097 cites W2095355114 @default.
- W4210979097 cites W2097862562 @default.
- W4210979097 cites W2125848133 @default.
- W4210979097 cites W2127689830 @default.
- W4210979097 cites W2129996646 @default.
- W4210979097 cites W2186716051 @default.
- W4210979097 cites W2565320301 @default.
- W4210979097 cites W2575542582 @default.
- W4210979097 cites W2592097659 @default.
- W4210979097 cites W2595164601 @default.
- W4210979097 cites W2613603551 @default.
- W4210979097 cites W2615901414 @default.
- W4210979097 cites W2623416998 @default.
- W4210979097 cites W2639180371 @default.
- W4210979097 cites W2753508574 @default.
- W4210979097 cites W2758969244 @default.
- W4210979097 cites W2769952465 @default.
- W4210979097 cites W2791589204 @default.
- W4210979097 cites W2803055934 @default.
- W4210979097 cites W2808564081 @default.
- W4210979097 cites W2809203029 @default.
- W4210979097 cites W2894769480 @default.
- W4210979097 cites W2901906613 @default.
- W4210979097 cites W2947341424 @default.
- W4210979097 cites W2953110996 @default.
- W4210979097 cites W2966543448 @default.
- W4210979097 cites W2966848422 @default.
- W4210979097 cites W2972311531 @default.
- W4210979097 cites W2999961783 @default.
- W4210979097 cites W3009714924 @default.
- W4210979097 cites W3021622851 @default.
- W4210979097 cites W3048067669 @default.
- W4210979097 cites W3055696809 @default.
- W4210979097 cites W3072253366 @default.
- W4210979097 cites W3081472310 @default.
- W4210979097 cites W3088260308 @default.
- W4210979097 cites W3089319752 @default.
- W4210979097 cites W3091564145 @default.
- W4210979097 cites W3092669432 @default.
- W4210979097 cites W3098583434 @default.
- W4210979097 cites W3106848771 @default.
- W4210979097 cites W3126521888 @default.
- W4210979097 cites W3127342122 @default.
- W4210979097 cites W3132200168 @default.
- W4210979097 cites W3137375299 @default.
- W4210979097 cites W3139394943 @default.
- W4210979097 cites W3151802420 @default.
- W4210979097 cites W3156942966 @default.
- W4210979097 cites W3170007445 @default.
- W4210979097 cites W3196833065 @default.
- W4210979097 cites W409643902 @default.
- W4210979097 cites W591976395 @default.
- W4210979097 cites W648275992 @default.
- W4210979097 cites W775771089 @default.
- W4210979097 doi "https://doi.org/10.1016/j.apenergy.2022.118629" @default.
- W4210979097 hasPublicationYear "2022" @default.
- W4210979097 type Work @default.
- W4210979097 citedByCount "16" @default.
- W4210979097 countsByYear W42109790972022 @default.
- W4210979097 countsByYear W42109790972023 @default.
- W4210979097 crossrefType "journal-article" @default.
- W4210979097 hasAuthorship W4210979097A5012631270 @default.
- W4210979097 hasAuthorship W4210979097A5029014536 @default.
- W4210979097 hasAuthorship W4210979097A5035720534 @default.
- W4210979097 hasAuthorship W4210979097A5040899791 @default.
- W4210979097 hasAuthorship W4210979097A5043854997 @default.
- W4210979097 hasAuthorship W4210979097A5063762148 @default.
- W4210979097 hasAuthorship W4210979097A5074303144 @default.
- W4210979097 hasBestOaLocation W42109790971 @default.
- W4210979097 hasConcept C121332964 @default.
- W4210979097 hasConcept C127413603 @default.
- W4210979097 hasConcept C158622935 @default.