FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3195638548> ?p ?o ?g. }

• W3195638548 abstract "In the last two decades, particle morphology has emerged as an essential and critical property for proper evaluation of the constitutive behavior of granular materials. When a mass of sand is loaded in a confined compression, a complex network of force chains develops and evolves to resist the applied stresses. Force chains have been extensively studied in the literature using the discrete element method (DEM) and to a lesser extent using the finite-element method (FEM). This paper investigates the influence of three-dimensional (3D) sand morphology on the onset and evolution of force chains within sand using both 3D DEM and FEM simulations. In-situ synchrotron microcomputed tomography (SMT) technique was utilized to acquire multiple 3D scans of a specimen composed of natural silica sand that was loaded under one-dimensional (1D) confined uniaxial compression. The SMT scans were processed and used to calibrate parameters for both DEM and FEM models, where particle sizes and shapes closely matched the natural morphology and fabric of sand particles within the tested specimen. In another virtual specimen, individual sand particles were substituted with equivalent spherical particles that have the same volume and center of mass. FEM and DEM simulations were then executed on the virtual specimen using the same model parameters that were calibrated by the tested sand specimen. A comparison between the numerically simulated results of the virtual and tested specimens revealed a stiffer boundary response of reaction load versus displacement at the top loading platen of the specimen composed of particles with sand-like morphology. On the contrary, a microscale assessment showed higher particle stresses and interparticle contact forces between the spherical particles than the sand-like particles under the same boundary load on the top-loading platen. The results of the paper advocate for the importance of modeling sand using the actual sand morphology in a quest for an accurate numerical prediction of interparticle contact forces, particle stresses, and the development of force chains in sands." @default.
• W3195638548 created "2021-08-30" @default.
• W3195638548 creator A5018042024 @default.
• W3195638548 creator A5028147003 @default.
• W3195638548 creator A5062530458 @default.
• W3195638548 date "2021-10-01" @default.
• W3195638548 modified "2023-09-27" @default.
• W3195638548 title "Influence of Sand Morphology on Interparticle Force and Stress Transmission Using Three-Dimensional Discrete- and Finite-Element Methods" @default.
• W3195638548 cites W1580512884 @default.
• W3195638548 cites W172614033 @default.
• W3195638548 cites W1964835421 @default.
• W3195638548 cites W1969140250 @default.
• W3195638548 cites W1969486439 @default.
• W3195638548 cites W1970674751 @default.
• W3195638548 cites W1971346162 @default.
• W3195638548 cites W1974563879 @default.
• W3195638548 cites W1980117742 @default.
• W3195638548 cites W1981524992 @default.
• W3195638548 cites W1985819287 @default.
• W3195638548 cites W1995695047 @default.
• W3195638548 cites W2004083044 @default.
• W3195638548 cites W2009137692 @default.
• W3195638548 cites W2012255908 @default.
• W3195638548 cites W2013977595 @default.
• W3195638548 cites W2016322370 @default.
• W3195638548 cites W2018109738 @default.
• W3195638548 cites W2022191134 @default.
• W3195638548 cites W2029621263 @default.
• W3195638548 cites W2043334136 @default.
• W3195638548 cites W2052987790 @default.
• W3195638548 cites W2055166044 @default.
• W3195638548 cites W2056980835 @default.
• W3195638548 cites W2067683236 @default.
• W3195638548 cites W2069554795 @default.
• W3195638548 cites W2072193378 @default.
• W3195638548 cites W2073646445 @default.
• W3195638548 cites W2073775990 @default.
• W3195638548 cites W2074361974 @default.
• W3195638548 cites W2075827664 @default.
• W3195638548 cites W2078156573 @default.
• W3195638548 cites W2078266947 @default.
• W3195638548 cites W2081483336 @default.
• W3195638548 cites W2085152506 @default.
• W3195638548 cites W2086848053 @default.
• W3195638548 cites W2087019643 @default.
• W3195638548 cites W2096759899 @default.
• W3195638548 cites W2108388243 @default.
• W3195638548 cites W2130497470 @default.
• W3195638548 cites W2132015438 @default.
• W3195638548 cites W2138971677 @default.
• W3195638548 cites W2156241215 @default.
• W3195638548 cites W2156524938 @default.
• W3195638548 cites W2159583973 @default.
• W3195638548 cites W2182320428 @default.
• W3195638548 cites W2213660369 @default.
• W3195638548 cites W2224734920 @default.
• W3195638548 cites W2300293422 @default.
• W3195638548 cites W2300344114 @default.
• W3195638548 cites W2327920562 @default.
• W3195638548 cites W2398912856 @default.
• W3195638548 cites W2466706652 @default.
• W3195638548 cites W2471668538 @default.
• W3195638548 cites W2489431300 @default.
• W3195638548 cites W2580012817 @default.
• W3195638548 cites W2590257482 @default.
• W3195638548 cites W2620172447 @default.
• W3195638548 cites W2741323348 @default.
• W3195638548 cites W2757394196 @default.
• W3195638548 cites W2765210569 @default.
• W3195638548 cites W2766427000 @default.
• W3195638548 cites W2790286873 @default.
• W3195638548 cites W2793557658 @default.
• W3195638548 cites W2809823381 @default.
• W3195638548 cites W2915507659 @default.
• W3195638548 cites W2929021974 @default.
• W3195638548 cites W2956098106 @default.
• W3195638548 cites W3010481097 @default.
• W3195638548 cites W3010690319 @default.
• W3195638548 cites W3012993134 @default.
• W3195638548 cites W3021022692 @default.
• W3195638548 cites W3102053206 @default.
• W3195638548 doi "https://doi.org/10.1061/(asce)em.1943-7889.0001977" @default.
• W3195638548 hasPublicationYear "2021" @default.
• W3195638548 type Work @default.
• W3195638548 sameAs 3195638548 @default.
• W3195638548 citedByCount "1" @default.
• W3195638548 countsByYear W31956385482023 @default.
• W3195638548 crossrefType "journal-article" @default.
• W3195638548 hasAuthorship W3195638548A5018042024 @default.
• W3195638548 hasAuthorship W3195638548A5028147003 @default.
• W3195638548 hasAuthorship W3195638548A5062530458 @default.
• W3195638548 hasConcept C107551265 @default.
• W3195638548 hasConcept C111368507 @default.
• W3195638548 hasConcept C121332964 @default.
• W3195638548 hasConcept C127313418 @default.
• W3195638548 hasConcept C127413603 @default.
• W3195638548 hasConcept C135628077 @default.
• W3195638548 hasConcept C138885662 @default.
• W3195638548 hasConcept C151730666 @default.
• W3195638548 hasConcept C15744967 @default.

• next