Multi-parameter analysis and modelling of engineering surface texture

Abstract

Purpose: The purpose of the paper is to show the possibility of application in different branches the techniques of nanostructural soft magnetic composite materials: Fe73.5Cu1Nb3Si13.5B9 alloy powder bounded by polyethylene and the worked out technique of their obtaining. Design/methodology/approach: The main base of the paper is to show the properties and possibilities of application of modern nanostructural soft magnetic composite materials as a result of finding new nanotechnologies that result the practical application of nanomaterials obtained by these techniques. Findings: Modern nanostructural soft magnetic composite materials have optimum technology of production with properties that allow for miniaturizing, simplification and lowering the costs of devices. Practical implications: Showing the possibilities of new technological solutions leading to manufacture materials than can replace the traditional ones. Originality/value: The paper shows samples of nanostructural magnetic composite materials and shows the material and technological solution which make possible obtaining these materials.