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Controllable fluids : materials with the ability to changing their physical properties

Bik T.

Journal of KONES

2016

Vol. 23, No. 2

45--51

Controllable fluids (smart liquids) are the substances that change their properties under the influence of external physical fields. Changes of these liquids properties take place in a controlled manner and they are fully reversible. The ability to changing nature of work is a very important aspect that determines their vast application possibilities. It also makes they are occupying significant place in the modern engineering. Content of this report has been in turn devoted to systematization information on the properties and work of magnetically activated controllable fluids. There have been highlighted some commonalities and differences between two basic types of magnetic fluids (ferro- and magnetorheological fluids). Essential areas of controllable fluids application and their production methods have also been presented within this notice. It seems to be more than reasonable to explore this title issue using new methods of research and observations. They in fact directly create another chances for discovery unknown features or simply adapting the existing ones to current technical expectations. What are also important, smart liquids can be threaten as highly advanced materials which synthesis cover manipulation on the already known substances and do not cause any environmental pollution. Discovered over sixty years ago, they still signalize a great potential to development.

Ciecze sterowalne i ich aspekt nanotechnologiczny

Bik T.

Mechanik

2015

R. 88, nr 11

845--849

Przedstawiono charakterystykę cieczy sterowalnych ze szczególnym uwzględnieniem cieczy ferromagnetycznych, które ze względu na swój nanotechnologiczny charakter mają spory potencjał rozwojowy w ramach inżynierii mechanicznej.

Properties of magnetically controllable fluids are addressed with particular attention paid to ferrofluids, which seem to promise remarkable progress in mechanical engineering due to their nanotechnological profile.