Steel, also known as iron alloy, is found 35% of the whole mass of the Earth. It is found in
many applications due to its unique properties. Alloying elements provide the backbone …

In this study, AA5083 sheets were reinforced with four different hybrid nanoparticles by
friction stir processing (FSP) for the development of surface nanocomposites used in …

The mechanical alloying method is widely used for production of powdered alloys. However,
focused studies have shown that this method may also be used for deposition of coatings …

In this study, the super-hydrophobic Ni–Co/Cu composite coating was fabricated on carbon
steel substrate by electrochemical deposition, chemical oxidation and surface modification …

Metal matrix composites are increasingly being recognized as new wear-resistant materials.
The main purpose of this study is to investigate the microstructure, mechanical properties …

The practical applications of metal–organic frameworks (MOFs) usually require their
assembly into mechanically robust structures, usually achieved via coating onto various …

In the present study, mechanical alloying (MA) was used to deposit well-bonded TiC
coatings on D2 steel substrates from titanium and carbon powders. The effect of milling …

Abstract An Al–Si coating was successfully fabricated on Ti–6Al–4V alloy substrate by
means of mechanical alloying method. The coating was prepared with Al–33.3 wt% Si …

Laser cladding has become one of the most efficient surface technologies for Fe 3 Al coating
preparation. Line energy density (defined as η= P/v) reflects the comprehensive effect of the …

Gradient nano-grained structures have been a promising technique to evade the strength-
ductility trade-off in metals and alloys. Therefore, in this work, the effect of surface …