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- Lanxide_process abstract "The Lanxide process, also known as pressureless metal infiltration, is a way of producing metal-matrix composite materials by a process of partial reaction; the process involves a careful choice of initial alloy (usually aluminium with about 3% magnesium and about 10% silicon), and then the maintenance of conditions in which the polycrystalline reaction product has a mechanical composition such that metal is drawn up through it towards the oxidiser by capillary action, so the composite material grows downwards.The process can be used for near-net-shape casting, including in protocols where the final casting has a cavity in the shape of the casting pattern - in that case, the metal is poured into the cavity, which has been arranged to lie in the middle of a quantity of "filler" corresponding to the reaction product, and wicks itself to fill the pores in the filler.The normal application is to produce alumina-reinforced aluminium; the process also allows the growth of ceramic layers inside metal encasements, providing pre-stressing.Lanxide metal-matrix composite materials were used for brake disks in the original models of the Lotus Elise sports car but they turned out to be uneconomic.".
- Lanxide_process wikiPageID "27341432".
- Lanxide_process wikiPageRevisionID "576862671".
- Lanxide_process advert "January 2011".
- Lanxide_process date "January 2011".
- Lanxide_process hasPhotoCollection Lanxide_process.
- Lanxide_process notability "January 2011".
- Lanxide_process reason "Is this really a casting process? Or is casting just used in it?".
- Lanxide_process refimprove "January 2011".
- Lanxide_process subject Category:Composite_material_fabrication_techniques.
- Lanxide_process type Abstraction100002137.
- Lanxide_process type CompositeMaterial114817783.
- Lanxide_process type CompositeMaterials.
- Lanxide_process type Material114580897.
- Lanxide_process type Matter100020827.
- Lanxide_process type Part113809207.
- Lanxide_process type PhysicalEntity100001930.
- Lanxide_process type Relation100031921.
- Lanxide_process type Substance100019613.
- Lanxide_process comment "The Lanxide process, also known as pressureless metal infiltration, is a way of producing metal-matrix composite materials by a process of partial reaction; the process involves a careful choice of initial alloy (usually aluminium with about 3% magnesium and about 10% silicon), and then the maintenance of conditions in which the polycrystalline reaction product has a mechanical composition such that metal is drawn up through it towards the oxidiser by capillary action, so the composite material grows downwards.The process can be used for near-net-shape casting, including in protocols where the final casting has a cavity in the shape of the casting pattern - in that case, the metal is poured into the cavity, which has been arranged to lie in the middle of a quantity of "filler" corresponding to the reaction product, and wicks itself to fill the pores in the filler.The normal application is to produce alumina-reinforced aluminium; the process also allows the growth of ceramic layers inside metal encasements, providing pre-stressing.Lanxide metal-matrix composite materials were used for brake disks in the original models of the Lotus Elise sports car but they turned out to be uneconomic.".
- Lanxide_process label "Lanxide process".
- Lanxide_process sameAs m.0by1g2b.
- Lanxide_process sameAs Q6487680.
- Lanxide_process sameAs Q6487680.
- Lanxide_process sameAs Lanxide_process.
- Lanxide_process wasDerivedFrom Lanxide_process?oldid=576862671.
- Lanxide_process isPrimaryTopicOf Lanxide_process.