Mesoscopic theory of liquid crystals

Keywords

Mesoscopic physics, Space (punctuation), Distribution function, Physics, Liquid crystal

References

• Continuum thermodynamics of two dimensional liquid crystalsChristina Papenfuß — 1996
• Behaviour of biaxial nematics in the presence of electric and magnetic fieldsT. Carlsson, F. M. Leslie — 1991
• Nonlinear dynamics of the alignment tensor in the presence of electric fieldsChristina Papenfuß — 1998
• Poiseuille flow of certain anisotropic fluidsJ. L. Ericksen — 1961
• Statistical foundation of macroscopic balances for liquid crystals in alignment tensor formulationStefan Blenk, H. Ehrentraut, W. Muschik — 1991
• A sketch of continuum thermodynamicsW. Muschik, Christina Papenfuß, H. Ehrentraut — 2001
• Handbook of liquid crystalsIngo Dierking — 2015
• Polymer-dispersed liquid crystalsDavid Coates — 1995
• Hydrostatic theory of liquid crystalsJ. L. Ericksen — 1962
• Hydrodynamics of Biaxial Nematic Liquid CrystalsErik Jacobsen, J. B. Swift — 1981
• Some constitutive equations for liquid crystalsF. M. Leslie — 1968
• Bilanzgleichungen offener mehrkomponentiger Systeme. I. Massen- und ImpulsbilanzenWolfgang H. Müller, W. Muschik — 1983
• Polymer-dispersed liquid crystals From the nematic curvilinear aligned phase to ferroelectric filmsHeinz‐S. Kitzerow — 1994
• Kinetic Theory for a Dilute Gas of Particles with SpinS. Heß, L. Waldmann — 1966
• Irreversible Thermodynamics of Nonequilibrium Alignment Phenomena in Molecular Liquids and in Liquid CrystalsSiegfried Hess — 1975
• Mesoscopically Derived Orientation Dynamics of Liquid CrystalsH. Ehrentraut, W. Muschik, Christina Papenfuß — 1997
• Bilanzgleichungen offener mehrkomponentiger Systeme. II. Energie- und EntropiebilanzW. Muschik, W.H. Müller — 1983
• Orientation-Balances for Liquid Crystals and Their Representation by Alignment TensorsStefan Blenk, H. Ehrentraut, W. Muschik — 1991
• Representation of rotations by unit quaternionsGeorge Harauz — 1990
• Concepts of Mesoscopic Continuum Physics With Application to Biaxial Liquid CrystalsW. Muschik, H. Ehrentraut, Christina Papenfuß — 2000

Cited by

• Analysis, modeling and simulation of multiscale problemsAlexander Mielke — 2006
• Applied Wave Mathematics - Selected Topics in Solids, Fluids, and Mathematical MethodsEwald Quak, Tarmo Soomere — 2009
• Why so many "Schools" of Thermodynamics?W. Muschik — 2008
• A mesoscopic approach to diffusion phenomena in mixturesNunzia Palumbo, Christina Papenfuß, Patrizia Rogolino — 2005
• Sketch of the mesoscopic description of nematic liquid crystalsW. Muschik, Christina Papenfuß, H. Ehrentraut — 2004
• The balance of spin from the point of view of mesoscopic continuum physics for liquid crystalsHeiko Herrmann, Jüri Engelbrecht — 2010
• Mesoscopic Modeling for Continua with Pores: Application in Biological Soft TissueKerstin Weinberg, Thomas Böhme — 2008
• Mesoscopic Approach to Electromagnetic MixturesKuo-Ching Chen — 2007
• Survey of Some Branches of ThermodynamicsW. Muschik — 2008
• Mesoscopic Modeling for Continua with Pores: Dynamic Void Growth in Viscoplastic MaterialsKerstin Weinberg, Thomas Böhme — 2008
• On the thermodynamic conditions at moving phase-transition fronts in thermoelastic solidsArkadi Berezovski, Gérard A. Maugin — 2004
• Systematic remarks on objectivity and frame-indifference, liquid crystal theory as an exampleW. Muschik, Liliana Restuccia — 2008
• A Mesoscopic Continuum Description of Dry Granular MaterialsKuo-Ching Chen — 2008
• Random walks of oriented particles on fractalsRené Haber, Janett Prehl, Karl Heinz Hoffmann — 2014
• Why so many “schools” of thermodynamics?W. Muschik — 2007
• Microcontinuum Balance Equations Revisited: The Mesoscopic ApproachKuo-Ching Chen — 2007
• Cavities in a visco‐plastic material: A mesoscopic conceptKerstin Weinberg, Thomas Böhme — 2006
• Remarks on thermodynamical terminologyW. Muschik — 2004
• On the macroscopic–mesoscopic mixture of a magnetorheological fluidKuo-Ching Chen — 2006
• Irreversible Jaynes Engine for More Efficient HeatingW. Muschik, Viorel Bădescu — 2008

Related papers

• Physics and applications of mesoscopic structuresHeiner Linke, P. Omling, Mark S. Miller — 1996
• Physics of defects in nematic liquid crystalsRobert Repnik, Leopold Mathelitsch, Milan Svetec — 2003
• Coupling of nematic in-plane orientational ordering and equilibrium shapes of closed flexible nematic shellsLuka Mesarec, Wojciech T. Góźdź, Veronika Kralj‐Iglič — 2023
• Spontaneous Fluctuations in Mesoscopic Simulations of Nematic Liquid CrystalsHumberto Híjar, René Halver, Godehard Sutmann — 2019
• Active nematic liquid crystals simulated by particle-based mesoscopic methods.Jesús Macías-Durán, Víctor Duarte-Alaniz, Humberto Híjar — 2023
• An Introduction to Entropic Lattice Boltzmann SchemeAlessia Brischetto, Sauro Succi — 2008