Add to ORKGMg-Al-Zn alloys have been reinforced with carbon fibres using friction stir processing (FSP) which appears as a promising alternative for the large-scale production of C-Mg composites. The process has shown its ability to produce sound composites with enhanced strength compared to the non-reinforced alloys. The C fabric is fragmented in short fibres leading to a reduction in grain size and an improved hardness
The utilization of magnesium-based composites prepared via FSP and incorporating Fly Ash offers impr...
The utilization of magnesium-based composites prepared via FSP and incorporating Fly Ash offers impr...
Friction Stir Processing (FSP) is an attractive manufacturing technique to produce Mg matrix composi...
peer reviewedMg-Al-Zn alloys have been reinforced with carbon fibres using either the liquid state p...
peer reviewedProcessing of magnesium matrix composites reinforced with C fibres by ‘liquid state’ me...
peer reviewedMg matrix composites appear as suitable competitors to Al alloys, as they allow for a s...
Short C fibres-Mg matrix composites have been produced by friction stir processing sandwiches made o...
Short C fibers-Mg matrix composites have been produced by friction stir processing sandwiches made o...
peer reviewedA new solid-state process developed recently on the same principles as Friction Stir We...
AbstractIn this experiment, Mg-base composites reinforced with 5 μm TiC particles are fabricated on ...
The aim of the present researchwork is to find out the influence of uniform dispersion of different ...
AbstractSurface metal matrix composites (MMCs) are a group of modern engineered materials where the ...
Short C fibres–Mg matrix (AZ91D) composites have been produced by friction stir processing sandwiche...
Friction stir processing (FSP) is a novel solid state technique to synthesize metal matrix composite...
AbstractFriction stir processing (FSP) is a novel solid state technique to synthesize metal matrix c...
The utilization of magnesium-based composites prepared via FSP and incorporating Fly Ash offers impr...
The utilization of magnesium-based composites prepared via FSP and incorporating Fly Ash offers impr...
Friction Stir Processing (FSP) is an attractive manufacturing technique to produce Mg matrix composi...
peer reviewedMg-Al-Zn alloys have been reinforced with carbon fibres using either the liquid state p...
peer reviewedProcessing of magnesium matrix composites reinforced with C fibres by ‘liquid state’ me...
peer reviewedMg matrix composites appear as suitable competitors to Al alloys, as they allow for a s...
Short C fibres-Mg matrix composites have been produced by friction stir processing sandwiches made o...
Short C fibers-Mg matrix composites have been produced by friction stir processing sandwiches made o...
peer reviewedA new solid-state process developed recently on the same principles as Friction Stir We...
AbstractIn this experiment, Mg-base composites reinforced with 5 μm TiC particles are fabricated on ...
The aim of the present researchwork is to find out the influence of uniform dispersion of different ...
AbstractSurface metal matrix composites (MMCs) are a group of modern engineered materials where the ...
Short C fibres–Mg matrix (AZ91D) composites have been produced by friction stir processing sandwiche...
Friction stir processing (FSP) is a novel solid state technique to synthesize metal matrix composite...
AbstractFriction stir processing (FSP) is a novel solid state technique to synthesize metal matrix c...
The utilization of magnesium-based composites prepared via FSP and incorporating Fly Ash offers impr...
The utilization of magnesium-based composites prepared via FSP and incorporating Fly Ash offers impr...
Friction Stir Processing (FSP) is an attractive manufacturing technique to produce Mg matrix composi...