FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1916205177> ?p ?o ?g. }

• W1916205177 endingPage "818" @default.
• W1916205177 startingPage "789" @default.
• W1916205177 abstract "A hierarchical multiscale framework is proposed to model the mechanical behaviour of granular media. The framework employs a rigorous hierarchical coupling between the FEM and the discrete element method (DEM). To solve a BVP, the FEM is used to discretise the macroscopic geometric domain into an FEM mesh. A DEM assembly with memory of its loading history is embedded at each Gauss integration point of the mesh to serve as the representative volume element (RVE). The DEM assembly receives the global deformation at its Gauss point from the FEM as input boundary conditions and is solved to derive the required constitutive relation at the specific material point to advance the FEM computation. The DEM computation employs simple physically based contact laws in conjunction with Coulomb's friction for interparticle contacts to capture the loading-history dependence and highly nonlinear dissipative response of a granular material. The hierarchical scheme helps to avoid the phenomenological assumptions on constitutive relation in conventional continuum modelling and retains the computational efficiency of FEM in solving large-scale BVPs. The hierarchical structure also makes it ideal for distributed parallel computing to fully unleash its predictive power. Importantly, the framework offers rich information on the particle level with direct link to the macroscopic material response, which helps to shed lights on cross-scale understanding of granular media. The developed framework is first benchmarked by a simulation of single-element drained test and is then applied to the predictions of strain localisation for sand subject to monotonic biaxial compression, as well as the liquefaction and cyclic mobility of sand in cyclic simple shear tests. It is demonstrated that the proposed method may reproduce interesting experimental observations that are otherwise difficult to be captured by conventional FEM or pure DEM simulations, such as the inception of shear band under smooth symmetric boundary conditions, non-coaxial granular response, large dilation and rotation at the edges of shear band and critical state reached within the shear band. Copyright © 2014 John Wiley & Sons, Ltd." @default.
• W1916205177 created "2016-06-24" @default.
• W1916205177 creator A5012776743 @default.
• W1916205177 creator A5073477502 @default.
• W1916205177 date "2014-06-13" @default.
• W1916205177 modified "2023-09-30" @default.
• W1916205177 title "A coupled FEM/DEM approach for hierarchical multiscale modelling of granular media" @default.
• W1916205177 cites W1672909751 @default.
• W1916205177 cites W1737097704 @default.
• W1916205177 cites W1961757909 @default.
• W1916205177 cites W1964542878 @default.
• W1916205177 cites W1968410674 @default.
• W1916205177 cites W1969568361 @default.
• W1916205177 cites W1971593060 @default.
• W1916205177 cites W1975890788 @default.
• W1916205177 cites W1982435787 @default.
• W1916205177 cites W1990063023 @default.
• W1916205177 cites W1993859452 @default.
• W1916205177 cites W1995857614 @default.
• W1916205177 cites W1997040525 @default.
• W1916205177 cites W2004328714 @default.
• W1916205177 cites W2004895493 @default.
• W1916205177 cites W2007754610 @default.
• W1916205177 cites W2008461339 @default.
• W1916205177 cites W2010057150 @default.
• W1916205177 cites W2011284007 @default.
• W1916205177 cites W2013034605 @default.
• W1916205177 cites W2013496877 @default.
• W1916205177 cites W2026362547 @default.
• W1916205177 cites W2029386413 @default.
• W1916205177 cites W2029740021 @default.
• W1916205177 cites W2033720775 @default.
• W1916205177 cites W2037725527 @default.
• W1916205177 cites W2041039224 @default.
• W1916205177 cites W2045713433 @default.
• W1916205177 cites W2050969065 @default.
• W1916205177 cites W2059224163 @default.
• W1916205177 cites W2060066993 @default.
• W1916205177 cites W2073775990 @default.
• W1916205177 cites W2081320900 @default.
• W1916205177 cites W2083162188 @default.
• W1916205177 cites W2087544033 @default.
• W1916205177 cites W2092496430 @default.
• W1916205177 cites W2098292550 @default.
• W1916205177 cites W2098703624 @default.
• W1916205177 cites W2099364954 @default.
• W1916205177 cites W2101241849 @default.
• W1916205177 cites W2101776181 @default.
• W1916205177 cites W2104004065 @default.
• W1916205177 cites W2118068135 @default.
• W1916205177 cites W2118192606 @default.
• W1916205177 cites W2118780642 @default.
• W1916205177 cites W2124440167 @default.
• W1916205177 cites W2132843715 @default.
• W1916205177 cites W2134554902 @default.
• W1916205177 cites W2137082013 @default.
• W1916205177 cites W2139039066 @default.
• W1916205177 cites W2143218676 @default.
• W1916205177 cites W2144562394 @default.
• W1916205177 cites W2150357677 @default.
• W1916205177 cites W2153302371 @default.
• W1916205177 cites W2157402033 @default.
• W1916205177 cites W2158092067 @default.
• W1916205177 cites W2159240304 @default.
• W1916205177 cites W2165359844 @default.
• W1916205177 cites W2165541261 @default.
• W1916205177 cites W2318237540 @default.
• W1916205177 cites W2505855144 @default.
• W1916205177 cites W4379446791 @default.
• W1916205177 cites W3144198570 @default.
• W1916205177 doi "https://doi.org/10.1002/nme.4702" @default.
• W1916205177 hasPublicationYear "2014" @default.
• W1916205177 type Work @default.
• W1916205177 sameAs 1916205177 @default.
• W1916205177 citedByCount "188" @default.
• W1916205177 countsByYear W19162051772014 @default.
• W1916205177 countsByYear W19162051772015 @default.
• W1916205177 countsByYear W19162051772016 @default.
• W1916205177 countsByYear W19162051772017 @default.
• W1916205177 countsByYear W19162051772018 @default.
• W1916205177 countsByYear W19162051772019 @default.
• W1916205177 countsByYear W19162051772020 @default.
• W1916205177 countsByYear W19162051772021 @default.
• W1916205177 countsByYear W19162051772022 @default.
• W1916205177 countsByYear W19162051772023 @default.
• W1916205177 crossrefType "journal-article" @default.
• W1916205177 hasAuthorship W1916205177A5012776743 @default.
• W1916205177 hasAuthorship W1916205177A5073477502 @default.
• W1916205177 hasBestOaLocation W19162051772 @default.
• W1916205177 hasConcept C121332964 @default.
• W1916205177 hasConcept C127413603 @default.
• W1916205177 hasConcept C135628077 @default.
• W1916205177 hasConcept C141123601 @default.
• W1916205177 hasConcept C147597530 @default.
• W1916205177 hasConcept C171872576 @default.
• W1916205177 hasConcept C185592680 @default.
• W1916205177 hasConcept C41008148 @default.
• W1916205177 hasConcept C57879066 @default.

• next