Magnetorheological fluid (MRF) sandwich beams belong to a class of adaptive that consists MRF sandwiched between two or more face layers and have great prospective for use in semi-active control beam vibrations due their superior vibration suppression capabilities. The composition has strong influence on the properties hence affects characteristics beam. In this work, six samples (MRFs) compose...

In this paper, the characterization of a new clutch control strategy by means magnetorheological fluid (MR) has been investigated. The system was designed and manufactured in laboratory order to determine its static dynamic characteristics. As result experimental measurements, torque developed MR determined frequency time domains, as were analytical relationships describing connection between c...

Aiming to solve the problem of high-power magnetorheological fluid transmission heat dissipation, a new type drive disk is designed. The characteristics flow field and temperature high power MR devices are analyzed. Meanwhile, influence factors, such as rotating speed, inlet velocity, position, diameter number magnetic columns, on also investigated. Furthermore, distribution ultimate slip trans...

This article involves the study and analysis of fully developed flow a magnetorheological fluid through non-isotropic porous medium under effect an external, uniform, transversal magnetic field. Permeability is taken as exponential distribution function transverse direction. The Darcy-Brinkman-Lapwood-Lorentz equation for in media has been used solved non-slip boundary conditions by Modified Ho...

In this article, the design and manufacture of an innovative Magnetorheological Fluid(MR) rotary brake based on a peristaltic pump inspired by concept model pliers Rochester-Pean forceps are presented. For calculation analysis created structure comprehensive roller, housing pliers, simulations concerning stress strain conducted to investigate deformation possible parts or assembly failure. Expe...