| Document |
Document Title |
|
JPH109298A |
To change a caliper peculiar number of vibration and reduce a brake noise by changing its mass distribution arbitrarily, while making a caliper shape in a right/left symmetrical shape. In a seramics form in response to caliper body half ...
|
|
JPH109301A |
To obtain a brake rotor with a structure capable of restraining a rotor vibration and its manufacturing method. For a brake rotor 10 which forms ventilation flues 16 inside of a rotor radially, the rotor is formed by a light metal or a m...
|
|
JP2693991B2 |
A net shaped ceramic-reinforced aluminum matrix composite is formed by forming a permeable mass of ceramic material (10) with a defined surface boundary having a barrier, and contacting a molten aluminum-magnesium alloy (20) with the per...
|
|
JP2691221B2 |
A method is taught for the introduction of in-situ precipitated second phase materials, such as ceramic or intermetallic particles in a metal matrix, to a host metal. When an initial solvent-assisted reaction is utilized, metal-second ph...
|
|
JP2690499B2 |
|
|
JPH09316576A |
To obtain a lightweight current collector shoe, excellent in property of following trolley wire up and minimal in wear by arc, by compounding specific amounts of one or more kinds of materials among ceramic fibers, ceramic whiskers, and ...
|
|
JPH09316575A |
To provide a sliding plate for a current collector which hardly causes warpage in the production process and consists of a matrix single body (aluminum alloy) and an aluminum composite member which is hardly worn in a short time. The sli...
|
|
JP2679160B2 |
|
|
JP2679245B2 |
|
|
JP2675995B2 |
|
|
JPH09287036A |
To obtain a material excellent in fatigue fracture strength by impregnating, under reduced pressure, a preform composed of reinforcement and fine metal pieces with a molten matrix metal. First a preform composed of reinforcement and fine...
|
|
JPH09287037A |
To improve the strength of a casting by reducing the pressure in a reinforcing material composed of a reinforcement and metal fine pieces in a container composed of a material to be melted by molten metal to be cast, placing this contain...
|
|
JPH09287038A |
To provide a method for producing a composite product of a Ti-Al alloy and metal fibers by which ductility is imparted to Ti-Al alloy parts, and therefore, its application to super-heat resistant parts such as turbine blades and turbine ...
|
|
JP2669912B2 |
|
|
JP2668977B2 |
|
|
JP2668048B2 |
|
|
JPH09263857A |
To enable pressure impregnation of molten metal even under low pressure by specifying the average particle size of granules and the volume ratio of the reinforcing fiber included in a preform. In this method, a bulk 2 of a reinforcing fi...
|
|
JPH09263858A |
To control the direction of penetration of molten Mg or Mg alloy by applying a penetration inhibitor at least to a part of a molding. A mixture is prepared by mixing a penetration auxiliary with a reinforcement, or a molding is prepared ...
|
|
JPH09263866A |
To obtain a composite material having wear resistance equal to that of cast iron, reduced in specific gravity, increased in high temp. strength and thermal conductivity, and having high rigidity by sintering a powder mixture consisting o...
|
|
JPH09256080A |
To obtain a sintered friction material having excellent high temp. strength, heat resisting strength, wear resistance, μ-characteristic, etc., and capable of stably securing high coefficient of friction. This material is a sintered fric...
|
|
JP2659341B2 |
PURPOSE: To simply and easily manufacture a homogenous metal matrix composite and to greatly reduce the use amount of an inert gas. CONSTITUTION: In an electric furnace 1, a purifying chamber 11 in which a molten metal matrix 2 is charge...
|
|
JPH09257023A |
To obtain a fastening means which is non-magnetic, has similar linear expansion ratio with synthetic resin and is excellent in corrosion resistance with respect to a bolt made of metal compound material in which fluctuation of shaft forc...
|
|
JP2653817B2 |
|
|
JP2654823B2 |
|
|
JPH09239518A |
To provide a casting method of a complex material which can easily cast even a cast product having complicate shape in the conventional die casting method, and an apparatus therefor. Electric conductors 9 arranging plural pieces so as no...
|
|
JP2653085B2 |
|
|
JPH09235633A |
To provide an in situ fiber reinforced copper alloy combining high strength with high electric conductivity, in which the problem of the brittleness of chromium in a copper-chromium alloy which is considered to be exclusively hopeful in ...
|
|
JP2649768B2 |
|
|
JP2546946Y2 |
|
|
JP2648968B2 |
|
|
JPH09227969A |
To provide a process for producing metal ceramic composite material moldings which are resistant to wear and/or stable at a high temp., are usable in a machine production field, device production field, motor production field and turbine...
|
|
JPH09222143A |
To eliminate large vibration under a high load condition, the easy occurrence of squeaking during braking, the deterioration of fade resistance, wear resistance and a friction factor and to increase the wearing amount of an opposite mate...
|
|
JP2642675B2 |
Self-supporting bodies are produced by reactive infiltration of a parent metal (10) into boron carbide (12) typically resulting in a composite comprising a boron-containing compound and metal. The mass to be infiltrated may contain one o...
|
|
JP2643282B2 |
|
|
JP2642679B2 |
A method is provided for producing a self-supporting ceramic composite body having a plurality of spaced apart wall members, each wall member having a bounded cross-section for defining substantially continuous, fluid passageways. The wa...
|
|
JP2641901B2 |
A ceramic-reinforced aluminum matrix composite is formed by contacting a molten aluminum-magnesium alloy with a permeable mass of ceramic material in the presence of a gas comprising from about 10 to 100% nitrogen, by volume, balance non...
|
|
JP2639506B2 |
|
|
JP2639072B2 |
|
|
JPH09202930A |
To produce the composite material having sufficient strength at ordinary temp. and minimal in the reduction of strength even at high temp. by previously forming aluminum nitride layer on the surface of alumina fiber at the time of making...
|
|
JPH09202929A |
To provide a method for producing an Mg base composite material capable of securely showing a spontaneous infiltrating phenomenon not only in an inert gas atmosphere such as gaseous argon, but also in an atmosphere of forming a protectiv...
|
|
JPH09202670A |
To improve the isotropy and uniformity of physical properties, heat resistance and strength by heating a formed compact of an aluminum borate whisker-forming raw material mixture and pressing a metal into void parts of the resultant poro...
|
|
JP2635804B2 |
A TiAl composition is prepared to have high strength and to have improved ductility by altering the atomic ratio of the titanium and aluminum to have what has been found to be a highly desirable effective aluminum concentration by additi...
|
|
JPH09184031A |
To provide a method of producing a metal matrix composite material using Mg or Mg alloy as a matrix, capable of manufacturing a casting in which the whole or a part is strengthened under no pressure, minimal in loads with respect to equi...
|
|
JPH09165636A |
To provide an Al matrix composite excellent in adhesion resistance and its production. The Al matrix composite is constituted by reinforcing an Al matrix with reinforcements. As the reinforcements, primary-crystal Si grains of ≤20μm a...
|
|
JPH09506328A |
The invention provides methods for producing semi-permanent casting tooling, as well as semi-permanent casting tooling apparatus. Casting tooling including a blend of high char resin and refractory powder; casting tooling prepared from a...
|
|
JP2620366B2 |
|
|
JPH09143593A |
To stabilize the treatment for combining a long-sized wire by impregnating ≥3 pieces of inorg. fiber bundles in a molten metal bath on which ultrasonic vibration is applied at the time of producing the wire. Three or more pieces of the...
|
|
JP2614045B2 |
|
|
JP2613075B2 |
|
|
JP2610265B2 |
|
