FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3149025467> ?p ?o ?g. }

• W3149025467 endingPage "3732" @default.
• W3149025467 startingPage "3732" @default.
• W3149025467 abstract "Sand–clay mixtures can be encountered in both natural soils (e.g., residual soils, clay deposits and clinosols) and artificial fills. The method of utilising biopolymers in ground improvement for sand–clay mixtures has emerged recently. However, a full understanding of the strengthening effect of biopolymer-treated sand–clay mixtures has not yet been achieved due to a limited number of relevant studies. In this study, xanthan gum (XG), as one of the eco-friendly biopolymers, was used to treat reconstituted sand–clay mixtures that had various compositions in related to clay (or sand) content and clay type (kaolin and bentonite). A series of laboratory unconfined compression strength (UCS) tests were conducted to probe the performances of XG-treated sand–clay mixtures from two aspects, i.e., optimum treatment conditions (e.g., XG content and initial moisture content) to achieve the maximum strengthening effect and strengthening efficiency for the sand–clay mixtures with different compositions. The experimental results indicated that the optimum initial moisture content decreased as the sand content increased. The optimum XG content, which also decreased with the increasing sand content, remained approximately 3.75% for all sand–kaolin mixtures and 5.75% for all sand–bentonite mixtures if calculated based on clay fraction. While untreated sand–kaolin mixtures and sand–bentonite mixtures had comparable UCS values, XG-treated sand–kaolin mixtures seemed to have better improved mechanical strength due to higher ionic (or hydrogen) bonds with XG and low-swelling properties compared with bentonite. The deformation modulus of XG-treated sand–clay mixtures were positively related with UCS. The variation in UCS and stiffness for each treatment condition increased as the sand content was elevated for both sand-kaolin and sand-bentonite mixtures. An increment in the proportion of the heterogeneous composite formed by irregular sand particles conglomerated with the XG–clay matrix in total soil might be responsible for this phenomenon." @default.
• W3149025467 created "2021-04-13" @default.
• W3149025467 creator A5041620286 @default.
• W3149025467 creator A5053543896 @default.
• W3149025467 creator A5055153597 @default.
• W3149025467 creator A5071844040 @default.
• W3149025467 creator A5084348980 @default.
• W3149025467 date "2021-03-26" @default.
• W3149025467 modified "2023-10-15" @default.
• W3149025467 title "The Optimisation Analysis of Sand-Clay Mixtures Stabilised with Xanthan Gum Biopolymers" @default.
• W3149025467 cites W1972526689 @default.
• W3149025467 cites W1974644477 @default.
• W3149025467 cites W1975771159 @default.
• W3149025467 cites W1978553121 @default.
• W3149025467 cites W1987151130 @default.
• W3149025467 cites W19901987 @default.
• W3149025467 cites W1995479794 @default.
• W3149025467 cites W2000633023 @default.
• W3149025467 cites W2004941813 @default.
• W3149025467 cites W2005365108 @default.
• W3149025467 cites W2015320417 @default.
• W3149025467 cites W2023952264 @default.
• W3149025467 cites W2030869335 @default.
• W3149025467 cites W2044007636 @default.
• W3149025467 cites W2048787638 @default.
• W3149025467 cites W2048989354 @default.
• W3149025467 cites W2053284487 @default.
• W3149025467 cites W2056835618 @default.
• W3149025467 cites W2060243259 @default.
• W3149025467 cites W2063840151 @default.
• W3149025467 cites W2065440898 @default.
• W3149025467 cites W2075231110 @default.
• W3149025467 cites W2076957916 @default.
• W3149025467 cites W2079217946 @default.
• W3149025467 cites W2079743526 @default.
• W3149025467 cites W2079962780 @default.
• W3149025467 cites W2085025910 @default.
• W3149025467 cites W2085646807 @default.
• W3149025467 cites W2102131418 @default.
• W3149025467 cites W2119054522 @default.
• W3149025467 cites W2151872817 @default.
• W3149025467 cites W2166085050 @default.
• W3149025467 cites W2180534399 @default.
• W3149025467 cites W2263449630 @default.
• W3149025467 cites W2294347688 @default.
• W3149025467 cites W2295304694 @default.
• W3149025467 cites W2313942613 @default.
• W3149025467 cites W2315773458 @default.
• W3149025467 cites W2344599691 @default.
• W3149025467 cites W2347089264 @default.
• W3149025467 cites W2381720004 @default.
• W3149025467 cites W2426837655 @default.
• W3149025467 cites W2532874274 @default.
• W3149025467 cites W2550246621 @default.
• W3149025467 cites W2554214460 @default.
• W3149025467 cites W2559970357 @default.
• W3149025467 cites W2583711014 @default.
• W3149025467 cites W2591517287 @default.
• W3149025467 cites W2593311051 @default.
• W3149025467 cites W2598492147 @default.
• W3149025467 cites W2603062390 @default.
• W3149025467 cites W2758429426 @default.
• W3149025467 cites W2765814474 @default.
• W3149025467 cites W2767483955 @default.
• W3149025467 cites W2770065186 @default.
• W3149025467 cites W2790871053 @default.
• W3149025467 cites W2793637251 @default.
• W3149025467 cites W2799356949 @default.
• W3149025467 cites W2800134554 @default.
• W3149025467 cites W2896930342 @default.
• W3149025467 cites W2903125541 @default.
• W3149025467 cites W2903475424 @default.
• W3149025467 cites W2916415444 @default.
• W3149025467 cites W2924246946 @default.
• W3149025467 cites W2946279666 @default.
• W3149025467 cites W2969528704 @default.
• W3149025467 cites W2972608937 @default.
• W3149025467 cites W2997703599 @default.
• W3149025467 cites W3006764101 @default.
• W3149025467 cites W3015652054 @default.
• W3149025467 cites W3034427570 @default.
• W3149025467 cites W3035596001 @default.
• W3149025467 cites W3043539045 @default.
• W3149025467 cites W3086636821 @default.
• W3149025467 cites W3093182008 @default.
• W3149025467 cites W3114992541 @default.
• W3149025467 cites W3115111940 @default.
• W3149025467 cites W840844181 @default.
• W3149025467 doi "https://doi.org/10.3390/su13073732" @default.
• W3149025467 hasPublicationYear "2021" @default.
• W3149025467 type Work @default.
• W3149025467 sameAs 3149025467 @default.
• W3149025467 citedByCount "16" @default.
• W3149025467 countsByYear W31490254672021 @default.
• W3149025467 countsByYear W31490254672022 @default.
• W3149025467 countsByYear W31490254672023 @default.
• W3149025467 crossrefType "journal-article" @default.
• W3149025467 hasAuthorship W3149025467A5041620286 @default.

• next