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JPH0327646B2 |
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JPH0326294B2 |
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JPH0379733A |
PURPOSE: To prevent the deterioration in the bonding force between metallic short fiber and a lining layer bonded on the surface of a metallic plate caused by the wear of a binder or the like by dispersedly blending preliminarily bent or...
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JPH0321612B2 |
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JPH0317884B2 |
A composite material is made from reinforcing fiber material embedded in a matrix of metal. The matrix metal is a light metal such as aluminum alloy or magnesium alloy. The reinforcing fiber material is a mixture of potassium titanate wh...
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JPH0317945B2 |
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JPH038867B2 |
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JPH034614B2 |
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JPH0314670A |
PURPOSE: To provide the subject fiber having a modified surface and suitable as a reinforcing fiber for fiber-reinforced metals by adhering a specific inclusion to the surface of an inorganic fiber strand and subsequently treating the in...
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JPH031437B2 |
A process for producing a preformed wire from silicon carbide fiber-reinforced aluminum, which comprises silicon dipping a bundle of silicon carbide fibers for a period of 60 seconds or shorter in a melt of a eutectic alloy composed of a...
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JPH032339A |
PURPOSE: To obtain the alumina short fiber reinforced Mg alloy having high strength, lightness in weight and excellent high temp. stability by incorporating specified rate of Al2O3 short fiber into a matrix of an Mg alloy contg. Nd serie...
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JPH032338A |
PURPOSE: To manufacture the novel composite reinforced alloy having high strength by incorporating carbon fiber having specified diameter and content into an oxide dispersion strengthened alloy contg. specified ratio of oxide grains havi...
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JPH0262519B2 |
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JPH02298228A |
PURPOSE: To obtain the fiber reinforced-type Mg series composite usable at a relatively high temp. by using an Mg alloy contg. Nd, Nd series metal or furthermore Mn, Y, Sm, Ce, etc., as a matrix and incorporating a formed body of β-type...
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JPH02294444A |
PURPOSE: To obtain the composite having excellent strength such as tensile strength by regulating crystalline titania whiskers having specified residual quantity of K as a reinforcing material and regulating light metal as a matrix. CONS...
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JPH02294442A |
PURPOSE: To obtain the composite having excellent strength such as bending strength by regulating titania whiskers having specified residual quantity of K as a reinforcing material and regulating an Al alloy having specified contents of ...
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JPH02294443A |
PURPOSE: To obtain the composite having excellent strength such as tensile strength by regulating amorphous titania whiskers having specified residual quantity of K as a reinforcing material and regulating light metal as a matrix. CONSTI...
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JPH0257135B2 |
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JPH02282438A |
PURPOSE: To manufacture the sliding member having improved wear resistance and reduced thermal expansion coefficient by impregnating the molten metal of an Al-base alloy contg. specified amounts of Si into an Al2O3-SiO2 short fibrous for...
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JPH02282439A |
PURPOSE: To manufacture the shift fork having excellent seizure resistance in the sliding surface of the click part by using an Al alloy compositely reinforced by a reinforcing material having specified diameter and volume rate and a sol...
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JPH02277733A |
PURPOSE: To develop the shift fork having the excellent wear resistance of the sliding surfaces pawl parts of the shift fork for transmission by using a composite material formed by impregnating an Al alloy in a composite molding consist...
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JPH02274387A |
PURPOSE: To maintain the high temperature accuracy of an electrode by using material obtained by mixing whiskers of a cuprous oxide crystal or a silicon nitride crystal, etc., in copper or an alloy of chromium and copper or the other cop...
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JPH02258901A |
PURPOSE: To manufacture a member in which a refractory material is surely joined with a reinforcing element by combining the refractory metallic material surrounding the metallic reinforcing element, consolidating them by a means such a ...
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JPH02247342A |
PURPOSE: To provide the high performance metallic composite material with lightness in weight and excellent high temp. strength by forming the metal matrix in a fiber reinforced metal with a high heat-resistant Al alloy exhibiting charac...
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JPH02243732A |
PURPOSE: To improve the wear resistance of the face part of a valve and to increase the output of an internal-combustion engine by reinforcing the face part of the valve with a prescribed volume percentage of silicon carbide whiskers and...
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JPH02221339A |
PURPOSE: To manufacture the composite material having excellent high temp. strength and electrical conductivity by impregnating a preform of carbon short fibers of carbon whiskers coated with tungsten with the molten metal of copper (all...
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JPH02213430A |
PURPOSE: To manufacture the heat-resistant composite body fixed with high strength by embedding plural pieces of W wires coated with Nb and an Fe- Cr-Al-Y alloy in the above alloy except the end part to form a main body and embedding a p...
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JPH02213431A |
PURPOSE: To obtain the SiC whisker reinforced Al alloy composite material having excellent strength and elastic modulus by uniformly dispersing SiC whiskers into an Al alloy matrix contg. Mg and regulating the Al4C3 content and residual ...
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JPH02197339A |
PURPOSE: To produce a light weight improved wound composite structure by winding a light weight metal wire, a ceramic filament together and then to a preform and infilling a metal into interstices of the preform. CONSTITUTION: Metal wire...
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JPH02195012A |
PURPOSE: To enable normal operation of an engine for a long period by compositely reinforcing a portion around a piston pin hole and through-holes for bolts of a connecting rod made of composite material including aluminum alloy as matri...
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JPH02194134A |
PURPOSE: To obtain a metal matrix composite excellent in characteristics of low friction and wear resistance by adding specific amounts of ceramic whiskers, etc., to a matrix metal, such as metals of Al, Mg, and Cu, containing specific a...
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JPH02194135A |
PURPOSE: To obtain an Al composite excellent in high-temp. wear properties by using an Al alloy combinedly containing specific amounts of specific transition metal elements as a matrix and adding specific amounts of ceramic reinforcement...
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JPH02185939A |
PURPOSE: To obtain a composite conductor for heat resisting electric wire excellent in strength at high temp. and electric conductivity and having a coefficient of thermal expansion close to that of ceramics by incorporating specific amo...
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JPH02182846A |
PURPOSE: To make the material light in weight and to improve its wear resis tance, strength and rigidity by incorporating prescribed ratio of ceramic short fiber into Al (alloy). CONSTITUTION: The cylinder tube material is formed by disp...
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JPH02182848A |
PURPOSE: To improve the strength of the fuse and to reduce its fusing temp. by dispersedly arranging linear parts constituted of a non-conductive material having high strength in a conductor part constituted of low m.p. metal. CONSTITUTI...
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JPH0230791B2 |
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JPH02175827A |
PURPOSE: To obtain the subject composite member having less change of an interface and less deterioration of quality, etc., and having excellent stability even under thermal affection by forming a solid-liquid mixed state of Al (alloy) m...
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JPH02173225A |
PURPOSE: To obtain the subject material having excellent strength and wear resistance as well as having isotropically low thermal expansion coefficient whose anisotropy is small by regulating a ceramic short fiber as a reinforcing fiber ...
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JPH02163530A |
PURPOSE: To permit the application for the frictional member such as a clutch which is lightweight and possesses superior transmission characteristics and the application to other fields by preparing the title clutch from Al alloy of Mg ...
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JPH02133535A |
PURPOSE: To manufacture a fiber-reinforced metal composite excellent in strength, heat resistance, wear resistance, etc., by using crystalline titania fibers as a fiber reinforcement at the time of preparing a composite material by dispe...
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JPH02133534A |
PURPOSE: To remarkably improve heat check resistance in a reinforced composite part by specifying respective kinds and contents of the alloying elements and impurities in an Al base material forming the reinforced composite part in an Al...
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JPH02125827A |
PURPOSE: To obtain a lightweight biocomposite body having superior corrosion resistance in an organism, superior machinability and strength by embedding ceramic or boron fibers in an Fe or Co alloy and coating the surface of the alloy wi...
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JPH02125826A |
PURPOSE: To ensure stable high strength for a fiber reinforced magnesium composite material by regulating the weight content of free silica in short fibers as the fiber reinforcing material to a specified percentage. CONSTITUTION: When m...
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JPH02122033A |
PURPOSE: To improve the wettability between SiC whiskers or the like and an Mg alloy in the title material and to provide it with high strength by adding specific amt. of Ca to the Mg alloy in a SiC reinforced Mg alloy composite material...
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JPH02115328A |
PURPOSE: To improve the strength of a composite material and to reduce the dispersion of strength by specifying the amount of SiO2 contained in a reinforcement. CONSTITUTION: In an SiC reinforced light alloy composite in which the whiske...
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JPH0218373B2 |
Cooperating slidable aluminum alloy members comprising first and second slidable aluminum alloy members that have a slide portion and slide surface, respectively, which slide relative to each other. The slide portion of the first slidabl...
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JPH0218374B2 |
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JPH0217617B2 |
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JPH0217618B2 |
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JPH0270031A |
PURPOSE: To improve the resistance to a permanent set in fatigue and high-temp. strength by specifying the total sum of the weights of silicon and alumina.silica fibers contained in an Al alloy and the weights of the silicon and Mg in th...
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