Matches in SemOpenAlex for { <https://semopenalex.org/work/W332011103> ?p ?o ?g. }
- W332011103 endingPage "68" @default.
- W332011103 startingPage "48" @default.
- W332011103 abstract "This paper proposes a 2D diffusive weakly-compressible Smoothed Particle Hydrodynamics (SPH) model to simulate wave loads and hydraulic characteristics at perforated breakwaters. The solid boundary technique of the fixed ghost particles (Marrone et al., 2011a), based on interpolation nodes located within the fluid domain, is here extended to a multi-node approach. The proposed modeling is defined by the association of more interpolation nodes to a single solid particle in order to allow interaction with fluid particles located at different positions in the computational domain. The present enforcing is introduced with the aim of overcoming disadvantages in terms of CPU time for heavy SPH simulations in which the choice of the initial spatial resolution of the model is driven by the presence of thin structures immersed in a fluid mass such as the slotted wall of breakwaters. The present solid boundary treatment is firstly validated for a still water tank characterized by two different static levels and for a green water overtopping a fixed deck. Successively, the SPH model is applied to simulate the interaction between regular waves with fully and partially perforated breakwaters. Numerical results are successfully compared with experimental data in terms of dynamic pressures acting on the body profiles of the considered breakwater and wave reflection." @default.
- W332011103 created "2016-06-24" @default.
- W332011103 creator A5027369094 @default.
- W332011103 creator A5028613370 @default.
- W332011103 creator A5028692676 @default.
- W332011103 date "2015-07-01" @default.
- W332011103 modified "2023-09-30" @default.
- W332011103 title "SPH numerical modeling of wave–perforated breakwater interaction" @default.
- W332011103 cites W1965508282 @default.
- W332011103 cites W1967906568 @default.
- W332011103 cites W1968312755 @default.
- W332011103 cites W1970236973 @default.
- W332011103 cites W1973420123 @default.
- W332011103 cites W1975281522 @default.
- W332011103 cites W1975615012 @default.
- W332011103 cites W1982568754 @default.
- W332011103 cites W1983334692 @default.
- W332011103 cites W1983899576 @default.
- W332011103 cites W1994439127 @default.
- W332011103 cites W1999062843 @default.
- W332011103 cites W2004002270 @default.
- W332011103 cites W2018912607 @default.
- W332011103 cites W2021860796 @default.
- W332011103 cites W2023110717 @default.
- W332011103 cites W2023688680 @default.
- W332011103 cites W2023882591 @default.
- W332011103 cites W2026263283 @default.
- W332011103 cites W2030207475 @default.
- W332011103 cites W2033605062 @default.
- W332011103 cites W2033831413 @default.
- W332011103 cites W2035056957 @default.
- W332011103 cites W2035809806 @default.
- W332011103 cites W2037244884 @default.
- W332011103 cites W2038201313 @default.
- W332011103 cites W2038725862 @default.
- W332011103 cites W2042449136 @default.
- W332011103 cites W2044602433 @default.
- W332011103 cites W2047977250 @default.
- W332011103 cites W2048218582 @default.
- W332011103 cites W2050282806 @default.
- W332011103 cites W2052146185 @default.
- W332011103 cites W2054410594 @default.
- W332011103 cites W2058028901 @default.
- W332011103 cites W2058411606 @default.
- W332011103 cites W2058537952 @default.
- W332011103 cites W2058962280 @default.
- W332011103 cites W2060556063 @default.
- W332011103 cites W2076058402 @default.
- W332011103 cites W2076123949 @default.
- W332011103 cites W2077937150 @default.
- W332011103 cites W2081475677 @default.
- W332011103 cites W2083512910 @default.
- W332011103 cites W2110442861 @default.
- W332011103 cites W2122141737 @default.
- W332011103 cites W2127689830 @default.
- W332011103 cites W2130927116 @default.
- W332011103 cites W2161353820 @default.
- W332011103 cites W2168414272 @default.
- W332011103 cites W2186347107 @default.
- W332011103 cites W2262553969 @default.
- W332011103 doi "https://doi.org/10.1016/j.coastaleng.2015.04.004" @default.
- W332011103 hasPublicationYear "2015" @default.
- W332011103 type Work @default.
- W332011103 sameAs 332011103 @default.
- W332011103 citedByCount "77" @default.
- W332011103 countsByYear W3320111032015 @default.
- W332011103 countsByYear W3320111032016 @default.
- W332011103 countsByYear W3320111032017 @default.
- W332011103 countsByYear W3320111032018 @default.
- W332011103 countsByYear W3320111032019 @default.
- W332011103 countsByYear W3320111032020 @default.
- W332011103 countsByYear W3320111032021 @default.
- W332011103 countsByYear W3320111032022 @default.
- W332011103 countsByYear W3320111032023 @default.
- W332011103 crossrefType "journal-article" @default.
- W332011103 hasAuthorship W332011103A5027369094 @default.
- W332011103 hasAuthorship W332011103A5028613370 @default.
- W332011103 hasAuthorship W332011103A5028692676 @default.
- W332011103 hasConcept C104114177 @default.
- W332011103 hasConcept C111368507 @default.
- W332011103 hasConcept C121332964 @default.
- W332011103 hasConcept C122564879 @default.
- W332011103 hasConcept C127313418 @default.
- W332011103 hasConcept C127413603 @default.
- W332011103 hasConcept C134306372 @default.
- W332011103 hasConcept C135628077 @default.
- W332011103 hasConcept C137800194 @default.
- W332011103 hasConcept C182310444 @default.
- W332011103 hasConcept C187320778 @default.
- W332011103 hasConcept C24890656 @default.
- W332011103 hasConcept C25282124 @default.
- W332011103 hasConcept C2778966251 @default.
- W332011103 hasConcept C2779126057 @default.
- W332011103 hasConcept C33923547 @default.
- W332011103 hasConcept C57879066 @default.
- W332011103 hasConcept C62354387 @default.
- W332011103 hasConcept C62520636 @default.
- W332011103 hasConcept C66938386 @default.