FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360966849> ?p ?o ?g. }

• W4360966849 endingPage "101301" @default.
• W4360966849 startingPage "101301" @default.
• W4360966849 abstract "In unsaturated soil mechanics, the soil–water retention curve (SWRC) continues to play an important role, since it provides the necessary links between the properties and behaviour of unsaturated soils with a variety of engineering challenges. The temperature has been identified as the main factor influencing SWRC as compared to a variety of other parameters. The goal of this research is to describe theoretical and experimental aspects of the temperature effect on unsaturated soil water retention phenomena. Theoretically, a brief review of the constitutive laws governing the thermal-hydro-mechanical (THM) behaviour of unsaturated soils is presented, along with links between variations in suction with water content, temperature, and void ratio. It also provides a broad framework that would to be well adapted to describing many specific circumstances. Through a closed-form predictive relationship that is developed in this framework, the effect of temperature is examined. By using this relationship, the soil–water retention curve at arbitrary temperature could be determined from one at a reference temperature, therefore significantly decreasing the number of tests necessary to describe the thermo-hydro-mechanical behaviour of a soil. Besides, the SWRC of kaolinite clay was also measured at three different temperatures in an experimental program. The test findings reveal that when the temperature rises, the SWRC decreases significantly. The experimental results were then integrated with sixteen other available data sets covering a wide range of soil types, densities, and suction to create a complete verification program for analytical models. The proposed model has a good performance and reliability in forecasting the fluctuation of non-isothermal SWRC than any existing model, according to statistical assessment results. The analytical model can be used to examine the thermo-hydro-mechanical characteristics of unsaturated soils in numerical simulations." @default.
• W4360966849 created "2023-03-26" @default.
• W4360966849 creator A5026878117 @default.
• W4360966849 creator A5030817866 @default.
• W4360966849 creator A5043118228 @default.
• W4360966849 creator A5055927732 @default.
• W4360966849 date "2023-06-01" @default.
• W4360966849 modified "2023-09-30" @default.
• W4360966849 title "Effect of temperature on the soil–water retention characteristics in unsaturated soils: Analytical and experimental approaches" @default.
• W4360966849 cites W1620263760 @default.
• W4360966849 cites W1968845620 @default.
• W4360966849 cites W1969856435 @default.
• W4360966849 cites W1970222841 @default.
• W4360966849 cites W1981484238 @default.
• W4360966849 cites W1981951484 @default.
• W4360966849 cites W1991895258 @default.
• W4360966849 cites W1994486164 @default.
• W4360966849 cites W2000316009 @default.
• W4360966849 cites W2011897333 @default.
• W4360966849 cites W2022368625 @default.
• W4360966849 cites W2031869969 @default.
• W4360966849 cites W2039107171 @default.
• W4360966849 cites W2045441625 @default.
• W4360966849 cites W2055988120 @default.
• W4360966849 cites W2068002701 @default.
• W4360966849 cites W2071460198 @default.
• W4360966849 cites W2080763868 @default.
• W4360966849 cites W2092292637 @default.
• W4360966849 cites W2092575553 @default.
• W4360966849 cites W2123752575 @default.
• W4360966849 cites W2123929595 @default.
• W4360966849 cites W2135981297 @default.
• W4360966849 cites W2139481755 @default.
• W4360966849 cites W2147367215 @default.
• W4360966849 cites W2158039880 @default.
• W4360966849 cites W2162604832 @default.
• W4360966849 cites W2271476403 @default.
• W4360966849 cites W2295539404 @default.
• W4360966849 cites W2514314894 @default.
• W4360966849 cites W2810192586 @default.
• W4360966849 cites W2892531953 @default.
• W4360966849 cites W2894791493 @default.
• W4360966849 cites W2914876774 @default.
• W4360966849 cites W2921663336 @default.
• W4360966849 cites W2948402943 @default.
• W4360966849 cites W2969879959 @default.
• W4360966849 cites W3008601335 @default.
• W4360966849 cites W3014346747 @default.
• W4360966849 cites W3018545105 @default.
• W4360966849 cites W3107601786 @default.
• W4360966849 cites W3111618676 @default.
• W4360966849 cites W3129346027 @default.
• W4360966849 cites W3164497649 @default.
• W4360966849 cites W3188787103 @default.
• W4360966849 cites W3191720695 @default.
• W4360966849 cites W3203787563 @default.
• W4360966849 cites W3214453554 @default.
• W4360966849 cites W4205666615 @default.
• W4360966849 cites W4212831333 @default.
• W4360966849 cites W4213149745 @default.
• W4360966849 cites W4224257268 @default.
• W4360966849 cites W4242573477 @default.
• W4360966849 cites W4251111393 @default.
• W4360966849 cites W4283586206 @default.
• W4360966849 cites W4296159977 @default.
• W4360966849 cites W4317829448 @default.
• W4360966849 cites W4381547062 @default.
• W4360966849 cites W4384305878 @default.
• W4360966849 doi "https://doi.org/10.1016/j.sandf.2023.101301" @default.
• W4360966849 hasPublicationYear "2023" @default.
• W4360966849 type Work @default.
• W4360966849 citedByCount "7" @default.
• W4360966849 countsByYear W43609668492023 @default.
• W4360966849 crossrefType "journal-article" @default.
• W4360966849 hasAuthorship W4360966849A5026878117 @default.
• W4360966849 hasAuthorship W4360966849A5030817866 @default.
• W4360966849 hasAuthorship W4360966849A5043118228 @default.
• W4360966849 hasAuthorship W4360966849A5055927732 @default.
• W4360966849 hasBestOaLocation W43609668491 @default.
• W4360966849 hasConcept C121332964 @default.
• W4360966849 hasConcept C127313418 @default.
• W4360966849 hasConcept C13058974 @default.
• W4360966849 hasConcept C159390177 @default.
• W4360966849 hasConcept C159750122 @default.
• W4360966849 hasConcept C164374781 @default.
• W4360966849 hasConcept C187320778 @default.
• W4360966849 hasConcept C192562407 @default.
• W4360966849 hasConcept C205726622 @default.
• W4360966849 hasConcept C23795335 @default.
• W4360966849 hasConcept C2776491529 @default.
• W4360966849 hasConcept C39432304 @default.
• W4360966849 hasConcept C97355855 @default.
• W4360966849 hasConceptScore W4360966849C121332964 @default.
• W4360966849 hasConceptScore W4360966849C127313418 @default.
• W4360966849 hasConceptScore W4360966849C13058974 @default.
• W4360966849 hasConceptScore W4360966849C159390177 @default.
• W4360966849 hasConceptScore W4360966849C159750122 @default.
• W4360966849 hasConceptScore W4360966849C164374781 @default.

• next