... Abstract In this study, magnetic damping (also known as an eddy current damping) which is generated by the eddy current induced in a conductive material subjected to a time-varying magnetic field (created by several rare earth permanent magnets) is explored. Two configurations of eddy current...

... Abstract Using the particular characteristic of a magneto-rheological (MR) fluid, i.e., a rapid, reversible and dramatic change in its rheological properties produced by an external magnetic field, a simple disk-type MR fluid damper based on shear operation mode is presented in this paper...

... solid modeling CFD computational fluid dynamics magnetic field electric field tumor CTC circulating tumor cell blood metastases drag force dynamic viscosity AN INNOVATIVE APPROACH TO CTCS LIQUID SURGERY ABSTRACT Circulating Tumor Cells (CTCs) can be defined as cancerous cells, which...

... EFFECT OF ROTATION AND MAGNETIC FIELD ON THERMAL STABILITY OF FERROMAGNETIC FLUID Amrish K. Aggarwal and Anushri Verma Jaypee Institute of Information Technology Department of Mathematics A-10, Sector-62, Noida (UP) - 201307, INDIA E-mail: amrish.aggarwal@jiit.ac.in, verma.anushri@gmail.com...

... of a magnetic field. The ability of the therapeutic agents to access the target site effectively depends on physicochemical properties of the drug loaded MNP, field strength and geometry, depth of the target tissue, rate of blood flow and vascular supply. A computational fluid dynamics (CFD) approach...

...), a drug and magnetic nanoparticles (e.g., Fe 3 O 4 or Co 0.5 Zn 0.5 Fe 2 O 4 ). The spheres were initially dispersed in both deionized (DI) water and viscous glycerol solutions, and pumped in a magnetic field at different tube diameters, pump speeds and concentrations to study the hydrodynamic behavior...

... to instabilities, which lead to nonuniformities and defects in the crystal. In order to minimize these imperfections, a magnetic field is employed to damp the base flow within the melt region. Modeling this base flow has proven challenging, and two representations are discussed here. The float-zone crystal growth...

.... This paper proposes a novel device for nonmagnetic non-contact in-vitro particle navigation. The device is based on an idea that utilizes ferrofluids in connection with magnetic fields while effectively removing carriers as required by tagging methods and thus eliminating challenges associated with them...

... 24 08 2009 A numerical study on the effects of radiation and variable thermal conductivity on the flow and heat transfer in the boundary layer of a viscoelastic fluid (Walters’ liquid B’ model) over a stretching porous sheet in the presence of a magnetic field is studied. The momentum...

... 13 05 2008 The electromagnetic force results from the interaction between the current flow and the induced magnetic field in the weldment. Comprehensive three-dimensional calculations of current flow and induced magnetic field are needed for accurate determination...

... 28 01 2008 Novel piezoelectric MEMS resonators with magnetic shielding have been developed to mechanically generate RF magnetic fields in the MHz frequency range from static magnetic fields. Thermally evaporated thin film nickel iron (NiFe) (10 to 20 nm) was deposited with a saturation...