Development of composite housing of magnetoreological devices

Abstract

In the last decade it has become popular variety magnetoreological devices but widely distribution of magnetoreological systems is limited by imperfections technological base. Specificity of working process requires the production of some elements of their constructions from non-magnetic and well-conducting electromagnetic fields of materials, which make the use of metals not permissible. Operation conditions of magnetorheological devices are associated with sharp differences in the wide range of pressures and temperatures; this raises the need to search for materials which are capable to withstanding high dynamic and thermal loads.