Cavitation erosion of laser surface alloyed coatings on Al-12%Si
References (15)
Wear
(1992)- et al.
Wear
(1990) Mater. Eng.
(1981)- et al.
Ceram. Int.
(1994) - et al.
Wear
(1987) - et al.
Int. Met. Rev.
(1986) Met. Mater.
(1989)
Cited by (54)
The role of microstructural characteristics in the cavitation erosion behaviour of laser melted and laser processed Nickel-Aluminium Bronze
2014, WearCitation Excerpt :Being a surface based phenomenon, several groups around the world have been tackling the problem by enhancing the surface characteristics of the base material with various surface coatings and treatment techniques. This has included laser plasma hybrid spraying of NiTi alloy [2], boronizing heat treatments of stainless steel [3], laser surface alloying of Aluminium to a hard intermetallic layer [4], laser melting of stainless steel [5,6], laser surface alloy of Ni–Cr–Si–B on brass [7], and the laser surface alloying of steel with Aluminium [8]. The consistent aspect of all these different treatments is that the new layer is harder and more wear resistant than the substrate and in all cases the cavitation erosion behaviour was improved.
Nondestructive evaluation of surface degradation of silicon carbide-cordierite ceramics subjected to the erosive wear
2013, Materials and DesignCitation Excerpt :The pressure waves emitted during the collapses of vapor structures interact with neighboring solid surfaces, leading to material damage [1–3]. Cavitation damage is often tested for the metallic materials [11–23]. Investigation of influence of the impact load [13] and possibilities of quantitative evaluation of cavitation erosion were investigated [15].
Cavitation erosion resistance of microarc oxidation coating on aluminium alloy
2013, Applied Surface ScienceCitation Excerpt :In recent, hard material coatings prepared by various surface modifications have been widely applied to protect on metal alloy from the damage of cavitation erosion. For example, 5086-H111 aluminum alloy [4,5], laser surface alloyed coatings [6,7], diamond-like carbon films [8], Al2O3–13%TiO2 coatings [9], etc. have been present. As a result, cavitation erosion resistance of matrix alloy has been significantly enhanced for the intruding of the ceramic coating or the DLC film.