Matches in SemOpenAlex for { <https://semopenalex.org/work/W2068424943> ?p ?o ?g. }
- W2068424943 endingPage "30" @default.
- W2068424943 startingPage "1" @default.
- W2068424943 abstract "Abstract Theoretical prediction of effective properties for multiphase material systems is very important not only to analysis and optimization of material performance, but also to new material designs. This review first examines the issues, difficulties and challenges in prediction of material behaviors by summarizing and critiquing the existing major analytical approaches dealing with material property modeling. The focus then shifts to some recent advances in numerical methodology that are able to predict more accurately and efficiently the effective physical properties of multiphase materials with complex internal microstructures. A random generation-growth algorithm is highlighted for reproducing multiphase microstructures, statistically equivalent to the actual systems, based on the geometrical and morphological information obtained from measurements and experimental estimations. Then a high-efficiency lattice Boltzmann solver for the corresponding governing equations is described which, while assuring energy conservation and the appropriate continuities at numerous interfaces in a complex system, has demonstrated its numerical power in yielding accurate solutions. Various applications are provided to validate the feasibility, effectiveness and robustness of this new methodology by comparing the predictions with existing experimental data from different transport processes, accounting for the effects due to component size, material anisotropy, internal morphology and multiphase interactions. The examples given also suggest even wider potential applicability of this methodology to other problems as long as they are governed by the similar partial differential equation(s). Thus, for given system composition and structure, this numerical methodology is in essence a model built on sound physics principles with prior validity, without resorting to ad hoc empirical treatment. Therefore, it is useful for design and optimization of new materials, beyond just predicting and analyzing the existing ones." @default.
- W2068424943 created "2016-06-24" @default.
- W2068424943 creator A5003589751 @default.
- W2068424943 creator A5055827952 @default.
- W2068424943 date "2008-12-20" @default.
- W2068424943 modified "2023-10-11" @default.
- W2068424943 title "Predictions of effective physical properties of complex multiphase materials" @default.
- W2068424943 cites W103851308 @default.
- W2068424943 cites W143836863 @default.
- W2068424943 cites W1534544220 @default.
- W2068424943 cites W1534550903 @default.
- W2068424943 cites W1573886828 @default.
- W2068424943 cites W1581197327 @default.
- W2068424943 cites W1592093959 @default.
- W2068424943 cites W1599189759 @default.
- W2068424943 cites W1604980614 @default.
- W2068424943 cites W1717149353 @default.
- W2068424943 cites W1957753328 @default.
- W2068424943 cites W1963791984 @default.
- W2068424943 cites W1964542241 @default.
- W2068424943 cites W1964785038 @default.
- W2068424943 cites W1964872135 @default.
- W2068424943 cites W1967259705 @default.
- W2068424943 cites W1967508338 @default.
- W2068424943 cites W1968799136 @default.
- W2068424943 cites W1969748041 @default.
- W2068424943 cites W1970244942 @default.
- W2068424943 cites W1970381739 @default.
- W2068424943 cites W1971404213 @default.
- W2068424943 cites W1971718818 @default.
- W2068424943 cites W1972593922 @default.
- W2068424943 cites W1972763217 @default.
- W2068424943 cites W1975568587 @default.
- W2068424943 cites W1976000868 @default.
- W2068424943 cites W1977398882 @default.
- W2068424943 cites W1977789301 @default.
- W2068424943 cites W1978420111 @default.
- W2068424943 cites W1980452066 @default.
- W2068424943 cites W1980791723 @default.
- W2068424943 cites W1980853799 @default.
- W2068424943 cites W1981027226 @default.
- W2068424943 cites W1981505951 @default.
- W2068424943 cites W1985270272 @default.
- W2068424943 cites W1985391710 @default.
- W2068424943 cites W1986119594 @default.
- W2068424943 cites W1986721709 @default.
- W2068424943 cites W1986892793 @default.
- W2068424943 cites W1986938062 @default.
- W2068424943 cites W1987943686 @default.
- W2068424943 cites W1989018347 @default.
- W2068424943 cites W1989383643 @default.
- W2068424943 cites W1989652462 @default.
- W2068424943 cites W1990820286 @default.
- W2068424943 cites W1991207528 @default.
- W2068424943 cites W1991815130 @default.
- W2068424943 cites W1992556976 @default.
- W2068424943 cites W1992773065 @default.
- W2068424943 cites W1992923043 @default.
- W2068424943 cites W1994415704 @default.
- W2068424943 cites W1995167593 @default.
- W2068424943 cites W1995581694 @default.
- W2068424943 cites W1996931655 @default.
- W2068424943 cites W1997014239 @default.
- W2068424943 cites W1997745774 @default.
- W2068424943 cites W1998565487 @default.
- W2068424943 cites W1998742682 @default.
- W2068424943 cites W1999624216 @default.
- W2068424943 cites W2000691406 @default.
- W2068424943 cites W2001319710 @default.
- W2068424943 cites W2002050362 @default.
- W2068424943 cites W2003349669 @default.
- W2068424943 cites W2003397960 @default.
- W2068424943 cites W2003743099 @default.
- W2068424943 cites W2005352372 @default.
- W2068424943 cites W2005433673 @default.
- W2068424943 cites W2005721275 @default.
- W2068424943 cites W2006008975 @default.
- W2068424943 cites W2006025003 @default.
- W2068424943 cites W2008000438 @default.
- W2068424943 cites W2008313326 @default.
- W2068424943 cites W2008450007 @default.
- W2068424943 cites W2008570085 @default.
- W2068424943 cites W2010217743 @default.
- W2068424943 cites W2010623060 @default.
- W2068424943 cites W2010663765 @default.
- W2068424943 cites W2011665225 @default.
- W2068424943 cites W2011916977 @default.
- W2068424943 cites W2012279278 @default.
- W2068424943 cites W2013028974 @default.
- W2068424943 cites W2013567841 @default.
- W2068424943 cites W2014017569 @default.
- W2068424943 cites W2014209819 @default.
- W2068424943 cites W2015925618 @default.
- W2068424943 cites W2017089441 @default.
- W2068424943 cites W2017600773 @default.
- W2068424943 cites W2018162262 @default.
- W2068424943 cites W2018215137 @default.
- W2068424943 cites W2018797458 @default.