Applied Mechanics and Materials
Vols. 55-57
Vols. 55-57
Applied Mechanics and Materials
Vols. 52-54
Vols. 52-54
Applied Mechanics and Materials
Vols. 50-51
Vols. 50-51
Applied Mechanics and Materials
Vols. 48-49
Vols. 48-49
Applied Mechanics and Materials
Vols. 44-47
Vols. 44-47
Applied Mechanics and Materials
Vol. 43
Vol. 43
Applied Mechanics and Materials
Vol. 42
Vol. 42
Applied Mechanics and Materials
Vols. 40-41
Vols. 40-41
Applied Mechanics and Materials
Vol. 39
Vol. 39
Applied Mechanics and Materials
Vols. 37-38
Vols. 37-38
Applied Mechanics and Materials
Vol. 36
Vol. 36
Applied Mechanics and Materials
Vols. 34-35
Vols. 34-35
Applied Mechanics and Materials
Vol. 33
Vol. 33
Applied Mechanics and Materials Vol. 42
DOI:
ToC:
Paper Title Page
Abstract: Micro-arc oxidation (MAO) is a novel technique to deposit ceramic coatings on the surface of valve metals such as Al, Mg, Ti and their alloys. The oxide films prepared by this technique have a dense structure, high adhesion and excellent integrated mechanical properties. This technique is especially suitable for the surface treatment of machine parts that work at high speed and have a higher demand for resistance to wear and corrosion. There have been many studies in this field in the last few years. The development of micro-arc oxidation and its applications in industrial field was reviewed. Based on conventional micro-arc oxidation, an innovative scanning micro-arc oxidation technology with visible advantages was developed in this paper. Moreover, verification experiment on scanning micro-arc oxidation was carried out, and the experimental results suggested that scanning micro-arc oxidation could be conduced at a high efficiency but low cost way. At last, the effects of scanning times on film thickness were discussed.
485