Aluminum matrix composites reinforced with SiC particles (SiCp) were deposited on ZE41 magnesium substrates by laser cladding in order to improve their tribological performance. Silicon and titanium added the avoid Al-SiC reactivity. The addition of these elements Al4C3 formation during fabrication was successfully explored previous research, but effect wear behavior corrosion resistance coatin...

Metal matrix composite (MMC) technology can improve the service performance of matrix metals and alloys. Most magnesium alloy based MMCs are produced via a casting process, therefore the casting microstructures are of vital importance to their performance in service. The formation of microstructure during solidification of MMCs is mainly influenced by four factors: nucleation (or its absence) o...

The target of this study is to develop routes for processing Al–SiCp (SiC particulate) sheets with improved microstructures; namely, the uniform distribution SiCp and minimized porosity throughout whole material, thereby improving its mechanical properties. composites reinforced 5, 10, 15 vol.% SiC having three average sizes 29, 17, 8.5 µm were produced using a semi-automated stir-casting machi...

Abstract Schnöckel's [(AlCp*) 4 ] and Jutzi's [SiCp*][B(C 6 F 5 ) (Cp*=C Me are landmarks in modern main‐group chemistry with diverse applications synthesis catalysis. Despite the isoelectronic relationship between AlCp* [SiCp*] + fragments, their mutual reactivity is hitherto unknown. Here, we report on reaction giving complex salts [Cp*Si(AlCp*) 3 ][WCA] ([WCA] − =[Al(OR [F{Al(OR } 2 ; R =C(C...

This paper presents a framework of data-driven intelligence system which can be applied on magnetic field-assisted electrical discharge machining (MF-EDM) process for SiC particulate reinforced Al-based metal matrix composites (SiCp/Al) with different high-volume fractions. The implemented consists data modelling, predicating, optimization and monitoring modules. A multi-objective moths search ...