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JPH0561333B2 |
In this method for manufacturing an aluminum alloy, a porous preform is manufactured from a mixture of a finely divided oxide (26) of a metallic element which has a weaker tendency to form oxide than does aluminum, and an additional subs...
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JPH0553850B2 |
An inorganic fiber-reinforced metallic composite material comprising a matrix of a metal or its alloy and inorganic fibers as a reinforcing material, characterized in that(a) the inorganic fibers are inorganic fibers containing silicon, ...
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JPH05504599A |
A fiber-organic composition includes from about 5% to 50% by volume of uniformly dispersed, non-planar or three dimensionally random oriented inorganic fibers or whiskers, and a thermoplastic material such as paraffin wax. The compositio...
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JPH05156386A |
PURPOSE: To provide a fiber reinforced composite material using aluminum as a matrix and light in weight as well as high in strength. CONSTITUTION: This material is a fiber reinforced composite material obtd. by dispersing a reinforcing ...
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JPH05140673A |
PURPOSE: To improve the hardness of an aluminum composite without increasing its weight. CONSTITUTION: In an aluminum composite in which, as a matrix material an aluminum alloy is impregnated and solidified in a reinforcing material cons...
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JPH0534407B2 |
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JPH0533295B2 |
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JPH0533294B2 |
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JPH05117822A |
PURPOSE: To obtain a fiber reinforced metallic composite material having excellent specific strength, specific rigidity and heat resistance, high strength and high wear resistance by incorporating specified inorg. fibers as a reinforcing...
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JPH05117780A |
PURPOSE: To obtain an isotropic fiber formed body for the fiber-reinforced composite member wherein short fibers are oriented at random by dispersing a tetrapod deformed fiber consisting of the core and acicular part in short fibers and ...
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JPH05117785A |
PURPOSE: To produce a fiber-reinforced metal composite material having high specific strength, specific rigidity, strength and wear resistance by using an amorphous heat-resistant alloy consisting of Mg, Ni, Ca, etc., as the matrix metal...
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JPH05117784A |
PURPOSE: To produce a fiber-reinforced metal composite material having high specific strength, specific rigidity, strength and wear resistance by using an amorphous high-strength alloy consisting of Mg, Ni, Y, etc., as the matrix metal a...
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JPH05117787A |
PURPOSE: To produce a fiber-reinforced metal composite material having high specific strength, specific rigidity, strength and wear resistance by using an amorphous high-strength heat-resistant alloy consisting of Al, La, Ni, etc., as th...
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JPH05117823A |
PURPOSE: To obtain a fiber reinforced metallic composite material having excellent specific strength, specific rigidity and heat resistance, high hardness and high wear resistance by using an Al alloy having a specified compsn. as a matr...
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JPH05117783A |
PURPOSE: To obtain the dry friction material with the wear resistance improved in the light and medium load regions by preparing a dry friction material contg. tin specifying the m.p, and Mohs hardness. CONSTITUTION: An alloy (copper-tin...
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JPH05117786A |
PURPOSE: To produce a fiber-reinforced metal composite material having high specific strength, specific rigidity, strength and wear resistance by using an amorphous high-strength heat-resistant alloy as the matrix metal and an inorg. fib...
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JPH0598370A |
PURPOSE: To provide an aluminum borate whisker reinforced Al matrix composite having high strength. CONSTITUTION: This material is a composite material where aluminum borate whisker is used as reinforcement and Al alloy is used as matrix...
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JPH0526855B2 |
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JPH05502061A |
A metal matrix composite is produced by forming a rapidly solidified aluminum base alloy into powder. The powder is plasma sprayed onto at least one substrate having thereon a fiber reinforcing material to form a plurality of preforms. E...
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JPH0524212B2 |
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JPH0524086B2 |
Potassium hexatitanate fibers having a tunnel structure and a free potassium content of 5 ppm or less can be produced by mixing together a titanium containing compound and a potassium containing compound in a ratio represented by the for...
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JPH0586425A |
PURPOSE: To provide a method of manufacture of a new metal matrix composite constituted of an aluminum-base alloy and a silicon carbide ceramic material. CONSTITUTION: A ceramic material having silicon dioxide at the surface is heated to...
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JPH0523002B2 |
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JPH0523001B2 |
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JPH0570866A |
PURPOSE: To enhance the heat resistance of a composite material and to reduce the peeling and breakage caused by thermal stress by bonding a preform for a carbon fiber-reinforced metallic composite material to a carbon fiber/carbon compo...
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JPH0565565A |
PURPOSE: To produce a composite material having satisfactory wear resistance and tensile strength as well as such characteristics as high strength, high elasticity and a high m.p. peculiar to a metal-based composite material consisting o...
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JPH0543964A |
PURPOSE: To produce a low-cost metal-based composite material by blending a metal matrix with ceramic fibers and ceramic particles as reinforcing materials. CONSTITUTION: A metal matrix such as an Al alloy is blended with proper amts. of...
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JPH055907B2 |
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JPH054948B2 |
Composite ceramic materials and a method of the same are disclosed, in which a ceramic material mainly containing silicon nitride, and at least one compound selected from a group consisting of nitrides, carbides, borides, silicides, oxid...
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JPH059621A |
PURPOSE: To obtain an alumina-boria whisker reinforced Al-based composite material having high strength. CONSTITUTION: When an alumina-boria whisker reinforced Al-based composite material is composed of alumina-boria whiskers as a reinfo...
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JPH04371537A |
PURPOSE: To obtain the whisker reinforced composite metal having high strength, good workability and excellent mechanical properties by compounding specific ratios of silicon carbide whiskers and zinc oxide whiskers with a metal. CONSTIT...
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JPH04367365A |
PURPOSE: To produce the fiber reinforced metallic body having a light weight, high rigidity, high strength, low expandability and excellent heat cycle resistance by disposing long carbon fibers at some spaced intervals and interposing re...
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JPH04362147A |
PURPOSE: To provide a method to form a metal matrix composite containing a fiber reinforced in the matrix of a metal material. CONSTITUTION: A laminated structure, in which a transition liquid phase diffusion binding agent 14 consisting ...
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JPH0475300B2 |
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JPH0472892B2 |
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JPH0472893B2 |
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JPH0471974B2 |
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JPH0470376B2 |
Carbon fiber-reinforced light metal composites comprising a light metal and carbon fiber having a three layer-coating, i.e. a layer of carbon, a protective layer against deteriorative reaction, and a wettability-improving layer superpose...
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JPH0470377B2 |
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JPH0469214B2 |
A high-strength, high-productivity preform wire for a carbon fiber reinforced aluminum composite material, which comprising: a continuous fiber bundle of carbon filaments having a 2/3-width ranging from 25 to 75 cm<-><1>, as measured on ...
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JPH0469215B2 |
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JPH04304333A |
PURPOSE: To obtain a high strength composite material by forming a boundary layer of B and Al mixture oxide on a boundary between a fiber containing a specified quantity of Al2O3 and a molten Al so as to improve wetting and binding betwe...
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JPH04224198A |
PURPOSE:To easily produce a preform for a highly load-resistant MMC by forming a buffer layer of ceramic whiskers or short fibers on the surface of a ceramic whisker-reinforced preform. CONSTITUTION:A skeletal preform is formed with a re...
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JPH04187731A |
PURPOSE: To obtain a carbon fiber reinforced Al-Si alloy composite excellent in strength, at the time of manufacturing an Al-Si composite alloy metal material using carbon fiber as a reinforcing material, by using carbon fiber in which t...
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JPH0438832B2 |
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JPH04179003A |
PURPOSE: To provide high breaking-load characteristics and improve high-frequency characteristics by providing a conductive layer for an outer layer of tension member made from a ceramic fiber and an insulation layer for the outer-most l...
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JPH04172169A |
PURPOSE: To produce fiber reinforced metal matrix composite member low in creep deformation by composing one direction oriented continuous fiber and random oriented short fiber at a part receiving compressive stress in the direction of t...
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JPH0437148B2 |
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JPH04165032A |
PURPOSE: To make an Al base composite high strength by using alumina-boria whisker as strengthening material and Mg-containing Al alloy or pure Al as matrix. CONSTITUTION: The alumina-boria whisker 10 is charged into distilled water 12, ...
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JPH04502347A |
PCT No. PCT/DE89/00740 Sec. 371 Date Jun. 10, 1991 Sec. 102(e) Date Jun. 10, 1991 PCT Filed Nov. 27, 1989 PCT Pub. No. WO90/07017 PCT Pub. Date Jun. 28, 1990.The invention relates to a composite hard metal body of hard material, a binder...
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