Among the many factors causing particle sedimentation, three principal ingredients are
heavily involved: magnetic particles, a carrier liquid (base oil), and additives (surfactant) …

This article presents a novel sedimentation measurement technique based on quantifying
the changes in magnetic flux density when the magnetorheological fluid (MRF) passes …

The paper presents the results of eight magnetorheological (MR) fluids of different
compositions. Magnetite and carbonyl iron were used as magnetic particles. MR fluids …

Magnetorheological fluid and their properties are essential in Magnetorheological
applications. The present study aims to obtain the thermally stable carrier fluid for …

Magnetorheological fluid (MRF) is a widely used smart material that suffers from
sedimentation. Since sedimentation is unavoidable, it is crucial to study and improve the …

Magnetorheological (MR) fluids are a category of magnetically controllable intelligent
materials, interesting both for fluids science and engineering applications. Conventional MR …

The kinematics of a magneto-rheological fluid droplet impact on a smooth surface, subjected
to external magnetic field, was studied theoretically and experimentally. A time-dependent …

Základem této práce je výzkum chování magnetoreologické (MR) kapaliny v průběhu
dlouhodobého zatěžování. MR kapaliny jsou takové kapaliny, které vlivem vnějšího …

MR damperler sahip oldukları yüksek potansiyelden dolayı gün geçtikçe daha çok bilim
insanının ve bilim dalının ilgisini çekmektedir. Otomotiv, inşaat, optik ve biyomedikal gibi …

This paper presents the preparation of magnetorheological fluids (MRF) starting from iron
powder in size of 4-6 µm, silicone oil and a few commercial additives. The structure and …