Matches in SemOpenAlex for { <https://semopenalex.org/work/W4381620382> ?p ?o ?g. }
- W4381620382 endingPage "128992" @default.
- W4381620382 startingPage "128992" @default.
- W4381620382 abstract "A simple method to estimate percolation thresholds pc in lattice models is presented. The technique is based on the calculation of the probabilities RLX(p) for finding a percolating cluster of type X [X could be horizontal (H), vertical (V), average (A), intersection (I), or union (U)] on a finite lattice of side length L at concentration p of occupied sites. The functions RLX(p) are obtained by numerical simulations. Then, (1) effective percolation thresholds pcX,r(L) are estimated from the condition RLX(p)=r (where r is a parameter ranging between 0 and 1); and (2) the percolation threshold in the thermodynamic limit is determined by extrapolating the effective percolation thresholds to infinite L. The methodology presented herein contains and extends the classical scheme developed by Yonezawa, Sakamoto and Hori, offering a more complete and versatile theoretical/simulation framework to calculate percolation thresholds. The approach is validated by successfully comparing with well-known results obtained for the problem of random site percolation on square lattices. Taking advantage of the behavior of the curves of pcX,r(L) for different values of the parameter r, more general scaling relations are proposed for the effective percolation thresholds. Finally, the technique is applied to model experimental data of clogging transitions in a two-dimensional silo with a vibrated base." @default.
- W4381620382 created "2023-06-23" @default.
- W4381620382 creator A5039011301 @default.
- W4381620382 creator A5047865699 @default.
- W4381620382 creator A5065853493 @default.
- W4381620382 date "2023-09-01" @default.
- W4381620382 modified "2023-10-17" @default.
- W4381620382 title "A technique for the estimation of percolation thresholds in lattice systems: Application to a problem of granular flow through an orifice" @default.
- W4381620382 cites W1515408318 @default.
- W4381620382 cites W1610677200 @default.
- W4381620382 cites W1655441388 @default.
- W4381620382 cites W1964468464 @default.
- W4381620382 cites W1969723574 @default.
- W4381620382 cites W1970811763 @default.
- W4381620382 cites W1972551285 @default.
- W4381620382 cites W1974454238 @default.
- W4381620382 cites W1975714642 @default.
- W4381620382 cites W1977941335 @default.
- W4381620382 cites W1981739692 @default.
- W4381620382 cites W1983648959 @default.
- W4381620382 cites W1986338571 @default.
- W4381620382 cites W1988219548 @default.
- W4381620382 cites W1988704164 @default.
- W4381620382 cites W1990795442 @default.
- W4381620382 cites W1990870721 @default.
- W4381620382 cites W1993069218 @default.
- W4381620382 cites W1995676387 @default.
- W4381620382 cites W1996399134 @default.
- W4381620382 cites W2003734270 @default.
- W4381620382 cites W2004957674 @default.
- W4381620382 cites W2010453137 @default.
- W4381620382 cites W2012173272 @default.
- W4381620382 cites W2013508664 @default.
- W4381620382 cites W2015596747 @default.
- W4381620382 cites W2022829327 @default.
- W4381620382 cites W2039324472 @default.
- W4381620382 cites W2040109070 @default.
- W4381620382 cites W2041020561 @default.
- W4381620382 cites W2043946690 @default.
- W4381620382 cites W2046178030 @default.
- W4381620382 cites W2055771620 @default.
- W4381620382 cites W2060143734 @default.
- W4381620382 cites W2061357895 @default.
- W4381620382 cites W2061832930 @default.
- W4381620382 cites W2070224979 @default.
- W4381620382 cites W2071917875 @default.
- W4381620382 cites W2072053277 @default.
- W4381620382 cites W2073520767 @default.
- W4381620382 cites W2088813715 @default.
- W4381620382 cites W2092687876 @default.
- W4381620382 cites W2112448636 @default.
- W4381620382 cites W2115710010 @default.
- W4381620382 cites W2134461610 @default.
- W4381620382 cites W2143847498 @default.
- W4381620382 cites W2144872322 @default.
- W4381620382 cites W2145760403 @default.
- W4381620382 cites W2150782745 @default.
- W4381620382 cites W2157480076 @default.
- W4381620382 cites W2171134352 @default.
- W4381620382 cites W2318765480 @default.
- W4381620382 cites W2402439930 @default.
- W4381620382 cites W2499304314 @default.
- W4381620382 cites W2962839588 @default.
- W4381620382 cites W2963377133 @default.
- W4381620382 cites W2989828158 @default.
- W4381620382 cites W2998279430 @default.
- W4381620382 cites W3098114454 @default.
- W4381620382 cites W3098153592 @default.
- W4381620382 cites W3103425964 @default.
- W4381620382 cites W3103741816 @default.
- W4381620382 cites W3103897616 @default.
- W4381620382 cites W3121042083 @default.
- W4381620382 cites W3122145424 @default.
- W4381620382 cites W3125618103 @default.
- W4381620382 cites W3127051326 @default.
- W4381620382 cites W3136048266 @default.
- W4381620382 cites W3202485744 @default.
- W4381620382 doi "https://doi.org/10.1016/j.physa.2023.128992" @default.
- W4381620382 hasPublicationYear "2023" @default.
- W4381620382 type Work @default.
- W4381620382 citedByCount "0" @default.
- W4381620382 crossrefType "journal-article" @default.
- W4381620382 hasAuthorship W4381620382A5039011301 @default.
- W4381620382 hasAuthorship W4381620382A5047865699 @default.
- W4381620382 hasAuthorship W4381620382A5065853493 @default.
- W4381620382 hasBestOaLocation W43816203821 @default.
- W4381620382 hasConcept C114614502 @default.
- W4381620382 hasConcept C11557063 @default.
- W4381620382 hasConcept C121332964 @default.
- W4381620382 hasConcept C121864883 @default.
- W4381620382 hasConcept C158574103 @default.
- W4381620382 hasConcept C164154869 @default.
- W4381620382 hasConcept C169760540 @default.
- W4381620382 hasConcept C184720557 @default.
- W4381620382 hasConcept C24890656 @default.
- W4381620382 hasConcept C2524010 @default.
- W4381620382 hasConcept C2729557 @default.
- W4381620382 hasConcept C2777620828 @default.