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- 01GRXEG7P5YZFDKYDBSZHDCCG6 classification C1.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 date "2019".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 language "eng".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 type conference.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 hasPart 01GRXEXDW8EGF85WPX7F6V4KJA.pdf.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 subject "Technology and Engineering".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 doi "10.7712/120219.6321.18788".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 issn "2623-3339".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 presentedAt urn:uuid:3c6a8372-4ab6-4325-9637-111631f6c515.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 abstract "The paper aims at characterizing the influence of particle placement and clustering in lattice discrete particle model (LDPM) simulations of concrete on structural response. The presented spatial variability package for LDPM enables for the first time to influence the previously independent and random particle placement. The proposed scheme correlates the particle placement to an initial random or gradient-based fields in order to mimic some of the experimentally observed phenomena such as aggregate clustering or the effect of casting direction. The study is based on high-dimensional Monte Carlo (MC) LDPM simulations of three classical concrete tests in which the inherent variability and production process are represented by the proposed particle placement schemes with varying parameters. The material property fields are kept constant at this phase of the investigation in order to isolate and quantify the potential effect of the proposed particle placement schemes on structural response. This investigation is based on a comparison of stress and strain values at peak for different tests against the case of independent and random placement. The coefficients of variation of the above-mentioned outputs are also evaluated. This research aims at evaluating the importance influencing the particle placement according to experimentally measurable phenomena before initiating research on the spatial variability of material properties and the respective correlation structure.".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 author 672DA55C-A269-11E8-9B1B-51D55607D3EF.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 author urn:uuid:8c8b7e86-cf7b-486c-a807-ea12cb68e1bd.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 author urn:uuid:8ffdeed3-148e-4a13-a3ed-df576ad87486.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 author urn:uuid:96b14f5b-1be9-49d9-b8ee-b851e4586359.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 dateCreated "2023-02-10T10:38:56Z".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 dateModified "2024-07-09T07:43:29Z".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 editor urn:uuid:178158a4-c23c-4465-8820-15cbb9b1e7fb.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 editor urn:uuid:7876ce95-0ad2-4623-a60a-d09c6cc9b2f8.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 editor urn:uuid:c9c138ba-f85c-4f39-b1d3-77f813e62734.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 name "Aggregate clustering and casting direction effects in lattice discrete particle model simulations".
- 01GRXEG7P5YZFDKYDBSZHDCCG6 pagination urn:uuid:cd078106-b971-47c2-9e6f-21af2ea5b3fb.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 publisher urn:uuid:1d4e3538-e047-4009-88e7-8217424e7d29.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 sameAs LU-01GRXEG7P5YZFDKYDBSZHDCCG6.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 sourceOrganization urn:uuid:72ea8eea-94ad-409e-b51e-d52af079a610.
- 01GRXEG7P5YZFDKYDBSZHDCCG6 type C1.