Granular segregation in dense systems: the role of statistical mechanics and entropy
Publication
, Journal Article
Schröter, M; Daniels, KE
June 18, 2012
Granular segregation is ubiquitous in industrial, geological or daily-life context, but there is still no unifying theoretical approach. In this review, we examine two examples of granular segregation -- shallow rapid flows and rotating drums -- which suggest that the dynamics of systems at intermediate and high density might be amenable to a statistical mechanics approach.
Duke Scholars
Publication Date
June 18, 2012
Citation
APA
Chicago
ICMJE
MLA
NLM
Schröter, M., & Daniels, K. E. (2012). Granular segregation in dense systems: the role of statistical mechanics
and entropy.
Schröter, Matthias, and Karen E. Daniels. “Granular segregation in dense systems: the role of statistical mechanics
and entropy,” June 18, 2012.
Schröter M, Daniels KE. Granular segregation in dense systems: the role of statistical mechanics
and entropy. 2012 Jun 18;
Schröter, Matthias, and Karen E. Daniels. Granular segregation in dense systems: the role of statistical mechanics
and entropy. June 2012.
Schröter M, Daniels KE. Granular segregation in dense systems: the role of statistical mechanics
and entropy. 2012 Jun 18;
Publication Date
June 18, 2012