Within the framework of Ericksen-Leslie continuum theory we analyze the influence of shear
flow on the magnetic-field-induced Fréedericksz transition in nematic liquid crystal with …

We examine the effect of shear flow on the orientational phase transitions induced by a
magnetic field in ferronematic liquid crystals. Continuum approach based on the generalized …

We numerically investigate the Fréedericksz transition for steady state plane shear flow of
nematic liquid crystals between two parallel plates in the presence of external magnetic …

Within the framework of continuum theory we analyze the Freedericksz transition in a
ferronematic layer under the combined influence of magnetic field and shear flow. The …

The Fréedericksz transition and the dynamic response of homeotropical liquid-crystal films
with a free surface (FS) induced by a perpendicular dc magnetic field have been studied …

We study the geometry of the matter flow which leads to the formation of one-dimensional
walls above the magnetic Fréedericksz threshold in some nematic materials. The …

The dynamics of the distortion of a well-oriented nematic liquid crystal film in a perpendicular
field around the Freedericks critical field value is studied both theoretically and …

Résumé Nous présentons une étude théorique et expérimentale de la transition de
Freedericksz d'une lamelle nématique homéotrope soumise à un champ magnétique …

We study the action of a rotating magnetic field on the Fréedericksz instability under electric
field of a homeotropic nematic sample sandwiched between two parallel electrodes. The …

We study the Freedericksz transition induced by a magnetic field in a rectangular cell filled
with a nematic liquid crystal. In the initial state the director of the nematic liquid crystal is …