Particle capture modeling for an axial magnetic filter with a bounded non-Newtonian flow field

Quasi‐Newtonian Approach determination of velocity profile for the fully developed axial power law fluid flow in concentric annuli

“…[38][39][40] Therefore, there is a need for developing mathematical expressions for investigations of the theoretical and practical problems encountered in interdisciplinary fields such as chemical, mining, mechanical, biomedical, and electronic engineering. [41][42][43] In this study, an analytical investigation of the isothermal, inelastic, and steady-state fully developed laminar flow of power law fluids in concentric annuli is carried out by using the Quasi-Newtonian Approach method. In this method, it is assumed that the power law rheological model strongly satisfies the conditions of both Newtonian and non-Newtonian (pseudoplastic and dilatant) flow characteristics.…”

Magnetic Field Analysis On A Cylindrical Matrix Of HGMS Through Conform Mapping

“…Special cross-section matrix may have better magnetic characteristics and present better performance. When analysing the the magnetic particle motion trajectory in HGMS, the particle would be determined as a result of the competition of the main two forces, magnetic force( m F ) and hydrodynamic drag force( d F ) [2]. And the balance of forces which describe the particle motion is given by :…”

“…Eisentrger(2014)has calculated the magnetic force ( m F ) exerted on a particle due to a single magnetic cylinder, which was expressed in plane-polar coordinates [3]. Abbasov(2016) solved the magnetic force exerted on the particle though components expressed in the cylindrical coordinates [2]. In the above, mass magnetization of single wire must be solved firstly.…”

Effect of the Operating Parameters on the Magnetic Filter Constructed from the Granular Beds

“…Since ferromagnetic packed beds can withstand high temperatures, corrosive and radioactive mediums, mechanical and hydrodynamic effects, they can be effectively used in the separation processes of many industrial brunches [3][4][5][11][12]. Recently, new application areas of electromagnetic filters in medicine, [3,[9][10][11][12], chemical technology and nanofluid systems [10,13] have been rapidly increased. The performance of these filter equipments depends on the magnetic, hydrodynamic, geometric and rheological parameters of the system to be cleaned [13][14][15][16][17].…”

“…Recently, new application areas of electromagnetic filters in medicine, [3,[9][10][11][12], chemical technology and nanofluid systems [10,13] have been rapidly increased. The performance of these filter equipments depends on the magnetic, hydrodynamic, geometric and rheological parameters of the system to be cleaned [13][14][15][16][17]. In order to suggest a general theory for this process, effects of all these parameters must be known, however, there are not many studies carried out to enlighten these points.…”