Matches in SemOpenAlex for { <https://semopenalex.org/work/W2810861032> ?p ?o ?g. }
Showing items 1 to 85 of
85
with 100 items per page.
- W2810861032 endingPage "184" @default.
- W2810861032 startingPage "168" @default.
- W2810861032 abstract "Models for geotechnical centrifuge testing are usually made from re-formed soil, allowing for comparisons with naturally occurring soil deposits. However, there is a fundamental omission in this process because natural soil is deposited in layers creating a unique structure. Nonlinear dynamics of clay material deposit is an essential part in changing the attributes of ground movements when subjected to solid seismic loading, particularly when diverse intensification conduct of speeding up and relocation are considered. The paper portrays a review of axis shaking table tests and numerical recreations to explore the offshore clay deposits subjected to seismic loadings. These perceptions are accurately reenacted by DEEPSOIL with appropriate soil models and parameters reviewed from noteworthy centrifuge modeling researches. At that point precise 1-D site reaction investigations are performed on both time and recurrence spaces. The outcomes uncover that for profound delicate clay is subjected to expansive quakes, noteworthy increasing speed lessening may happen close to the highest point of store because of soil nonlinearity and even neighborhood shear disappointment; nonetheless, huge enhancement of removal at low frequencies are normal in any case the forces of base movements, which proposes that for dislodging touchy seaward establishments and structures, such intensified low-recurrence relocation reaction will assume an essential part in seismic outline. This research shows centrifuge as a tool for creating a layered sample important for modelling true soil behaviour (such as permeability) which is not identical in all directions. Currently, there are limited methods for creating layered soil samples." @default.
- W2810861032 created "2018-07-10" @default.
- W2810861032 creator A5007933015 @default.
- W2810861032 creator A5057740608 @default.
- W2810861032 date "2018-06-15" @default.
- W2810861032 modified "2023-09-27" @default.
- W2810861032 title "Centrifuge modeling approach on seismic loading analysis of brick: A Geo-technical study" @default.
- W2810861032 cites W1500815108 @default.
- W2810861032 cites W1970729085 @default.
- W2810861032 cites W1986623539 @default.
- W2810861032 cites W2010347788 @default.
- W2810861032 cites W2019326879 @default.
- W2810861032 cites W2028483423 @default.
- W2810861032 cites W2104680811 @default.
- W2810861032 cites W210695272 @default.
- W2810861032 cites W2144115368 @default.
- W2810861032 cites W2150294119 @default.
- W2810861032 cites W2468482749 @default.
- W2810861032 cites W2550874250 @default.
- W2810861032 cites W2604776641 @default.
- W2810861032 cites W2624930454 @default.
- W2810861032 cites W2734243197 @default.
- W2810861032 cites W2735495542 @default.
- W2810861032 cites W2765636312 @default.
- W2810861032 cites W2766161904 @default.
- W2810861032 cites W2767636604 @default.
- W2810861032 cites W2789364117 @default.
- W2810861032 cites W2789955236 @default.
- W2810861032 cites W2790506491 @default.
- W2810861032 cites W2791057119 @default.
- W2810861032 cites W2791357769 @default.
- W2810861032 cites W2791971434 @default.
- W2810861032 cites W2792920581 @default.
- W2810861032 cites W2793578224 @default.
- W2810861032 cites W980031554 @default.
- W2810861032 hasPublicationYear "2018" @default.
- W2810861032 type Work @default.
- W2810861032 sameAs 2810861032 @default.
- W2810861032 citedByCount "0" @default.
- W2810861032 crossrefType "journal-article" @default.
- W2810861032 hasAuthorship W2810861032A5007933015 @default.
- W2810861032 hasAuthorship W2810861032A5057740608 @default.
- W2810861032 hasConcept C121332964 @default.
- W2810861032 hasConcept C127313418 @default.
- W2810861032 hasConcept C149007308 @default.
- W2810861032 hasConcept C185544564 @default.
- W2810861032 hasConcept C187320778 @default.
- W2810861032 hasConcept C2780657338 @default.
- W2810861032 hasConceptScore W2810861032C121332964 @default.
- W2810861032 hasConceptScore W2810861032C127313418 @default.
- W2810861032 hasConceptScore W2810861032C149007308 @default.
- W2810861032 hasConceptScore W2810861032C185544564 @default.
- W2810861032 hasConceptScore W2810861032C187320778 @default.
- W2810861032 hasConceptScore W2810861032C2780657338 @default.
- W2810861032 hasIssue "01" @default.
- W2810861032 hasLocation W28108610321 @default.
- W2810861032 hasOpenAccess W2810861032 @default.
- W2810861032 hasPrimaryLocation W28108610321 @default.
- W2810861032 hasRelatedWork W161374102 @default.
- W2810861032 hasRelatedWork W2006329775 @default.
- W2810861032 hasRelatedWork W2022698484 @default.
- W2810861032 hasRelatedWork W2177658733 @default.
- W2810861032 hasRelatedWork W2584246651 @default.
- W2810861032 hasRelatedWork W2608264503 @default.
- W2810861032 hasRelatedWork W2823103124 @default.
- W2810861032 hasRelatedWork W2899559993 @default.
- W2810861032 hasRelatedWork W2942735028 @default.
- W2810861032 hasRelatedWork W2972172444 @default.
- W2810861032 hasRelatedWork W3088743825 @default.
- W2810861032 hasRelatedWork W3093286436 @default.
- W2810861032 hasRelatedWork W3127460193 @default.
- W2810861032 hasRelatedWork W3156930499 @default.
- W2810861032 hasRelatedWork W3170057239 @default.
- W2810861032 hasRelatedWork W3175612468 @default.
- W2810861032 hasRelatedWork W3200870092 @default.
- W2810861032 hasRelatedWork W629696269 @default.
- W2810861032 hasRelatedWork W2187352450 @default.
- W2810861032 hasRelatedWork W2741033913 @default.
- W2810861032 hasVolume "97" @default.
- W2810861032 isParatext "false" @default.
- W2810861032 isRetracted "false" @default.
- W2810861032 magId "2810861032" @default.
- W2810861032 workType "article" @default.