… canalithiasis, which describes the fluid–particle dynamics … particles based on Newton's
second law. The two equations are coupled through the Stokes drag of the sedimenting particles. …

… The proposed method has been developed in the context of investigations of the fluid dynamics
of canalithiasis, that is, a pathological condition of the semicircular canals of the inner ear…

… a fluid dynamic interpretation of our results based on a computational model for the fluid–particle
dynamics of a SCC with canalithiasis. Our model suggests that the particles may not go …

… Canalithiasis is caused by the free-moving otoconia particles within the SCC that are … In
the standard LB method, fluid particles are fixed to a Cartesian mesh. Motion of fluid particles is …

… trapped particles within the lumen of the SCC causes canalithiasis … particles and has an
identical form for all the particles, ie, for all the nodes in the lattice mesh. Motion of fluid particles …

… fluid. When the head is reoriented relative to gravity, the cupula is weighted down by the
dense particles, … These long-latency phasic eye movements are consistent with a canalithiasis …

… an experimental model for a semicircular canal with canalithiasis. … of the complex particle
dynamics in a configuration with multiple particles. … Fluid–particle dynamics in canalithiasis …

… flow of the fluid within the … canalithiasis is simulated using a numerical model that includes
a three-dimensional simulation of fluid flow within the SCCs, free motion of otoconia particles …

Canalithiasis is a common vestibular system disorder, which may lead to a specific form of
vertigo known as BPPV or top-shelf vertigo. In this paper, based on the actual geometric …

… canalithiasis. … fluid-particle dynamics of BPPV fatigue, ie an attenuation of the vertigo with
repeated head maneuvers, which has been attributed to the disintegration of lumps of particles. …