| Patent Number |
Title Of Patent |
Date Issued |
| 5458701 |
Cr and Mn, bearing gamma titanium aluminides having second phase dispersoids |
October 17, 1995 |
| An article comprises a Cr-bearing, predominantly gamma titanium aluminide matrix including second phase dispersoids, such as TiB.sub.2, in an amount effective to increase both the strength and the ductility of the matrix. |
| 5433799 |
Method of making Cr-bearing gamma titanium aluminides |
July 18, 1995 |
| An article comprises a Cr-bearing, predominantly gamma titanium aluminide matrix including second phase dispersoids, such as TiB.sub.2, in an amount effective to increase both the strength and the ductility of the matrix. |
| 5354351 |
Cr-bearing gamma titanium aluminides and method of making same |
October 11, 1994 |
| An article comprises a Cr-bearing, predominantly gamma titanium aluminide matrix including second phase dispersoids, such as TiB.sub.2, in an amount effective to increase both the strength and the ductility of the matrix. |
| 5217816 |
Metal-ceramic composites |
June 8, 1993 |
| A method is taught for the in-situ precipitation of ceramic materials in a metal matrix. By means of the solvent assisted reaction, metal-ceramic composites having highly superior properties may be obtained. The invention involves the reaction of the ceramic forming constituents in a |
| 5212343 |
Water reactive method with delayed explosion |
May 18, 1993 |
| Devices and methods are disclosed for contacting a hot reaction mass with water to initiate an explosive reaction. The reaction mass comprises a ceramic or intermetallic material that is produced by exothermically reacting a mixture of reactive elements. Suitable reaction masses include |
| 5093148 |
Arc-melting process for forming metallic-second phase composites |
March 3, 1992 |
| An arc-melting method is taught for the formation of metallic-second phase composite materials. The method involves the formation of an intermediate composite material comprising a relatively high loading of second phase particles dispersed in a metal matrix. This intermediate material i |
| 5059490 |
Metal-ceramic composites containing complex ceramic whiskers |
October 22, 1991 |
| The present invention relates to the formation of whisker reinforced metal matrix composites in which complex boride or carbide whiskers having an aspect ratio of greater than 10:1 are distributed throughout a metal, metal alloy, or intermetallic matrix. Exemplary complex boride whiskers |
| 5015534 |
Rapidly solidified intermetallic-second phase composites |
May 14, 1991 |
| This invention relates to a rapidly solidified product comprising a second phase in both a stable particulate form and a metastable flake form dispersed in an intermetallic matrix. |
| 4985202 |
Process for forming porous metal-second phase composites |
January 15, 1991 |
| A method is taught for the in-situ precipitation of second phase materials, such as ceramic or intermetallic particles, in a substantial volume fraction of solvent metal matrix. The invention involves the propagating reaction of the second phase-forming constituents in a solvent metal |
| 4921531 |
Process for forming fine ceramic powders |
May 1, 1990 |
| The present invention relates to a process for the production of fine powder materials and the products of that process. The process involves the in-situ precipitation of second phase particles, such as ceramic or intermetalics, within a metal matrix, followed by separation of the pa |
| 4917964 |
Porous metal-second phase composites |
April 17, 1990 |
| A method is taught for the in-situ precipitation of second phase materials, such as ceramic or intermetallic particles, in a substantial volume fraction of solvent metal matrix. The invention involves the propagating reaction of the second phase-forming constituents in a solvent metal |
| 4916030 |
Metal-second phase composites |
April 10, 1990 |
| 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 phase composites having highly superior properties |
| 4916029 |
Composites having an intermetallic containing matrix |
April 10, 1990 |
| This invention relates to a composite material comprising an in-situ precipitated second phase in an intermetallic matrix, and to the process for making such a composite. |
| 4915908 |
Metal-second phase composites by direct addition |
April 10, 1990 |
| A method is taught for the in-situ precipitation of second phase materials, such as ceramic or intermetallic particles, in a metallic matrix. By means of the Direct Addition Process, metal-second phase composites having highly superior properties may be obtained. Compacts of second p |
| 4915905 |
Process for rapid solidification of intermetallic-second phase composites |
April 10, 1990 |
| This invention relates to a process for making in-situ precipitated second phase in an intermetallic matrix, which composite is rapidly solidified to form a product. The invention also relates to a rapidly solidified product comprising a second phase in both a stable particulate form and |
| 4915904 |
Process for stabilization of titanium silicide particulates within titanium aluminide containing |
April 10, 1990 |
| This invention relates to a metallic-second phase composites comprising a matrix of titanium aluminide with discrete titanium silicide particles dispersed therein. The second phase dispersoid is stabilized during the process of in-situ formation by the presence of zirconium. |
| 4915903 |
Process for forming composites having an intermetallic containing matrix |
April 10, 1990 |
| A method is taught for the formation of intermetallic-second phase composite materials. The method involves the formation of a first metal-second phase composite comprising a relatively high loading of discrete, second phase particles distributed throughout a metal matrix, dilution o |
| 4915902 |
Complex ceramic whisker formation in metal-ceramic composites |
April 10, 1990 |
| The present invention relates to the formation of whisker reinforced metal matrix composites in which complex boride or carbide whiskers are distributed throughout a metal, metal alloy, or intermetallic matrix. Exemplary complex boride whiskers include TiNbB, TiTaB, TiVB, NbHfB, and |
| 4836982 |
Rapid solidification of metal-second phase composites |
June 6, 1989 |
| This invention relates to a process for making in-situ precipitated second phase in a metal matrix which mixture is rapidly solidified to form a product. The invention also relates to a rapidly solidified product. |
| 4800065 |
Process for making ceramic-ceramic composites and products thereof |
January 24, 1989 |
| This invention relates to ceramic-ceramic composites comprising a dispersion of ceramic particles in a ceramic matrix. The production of these composites involves the in-situ precipitation of ceramic particles in a solvent metal matrix and the conversion of the matrix to a ceramic by |
| 4774052 |
Composites having an intermetallic containing matrix |
September 27, 1988 |
| This invention relates to a composite material comprising an in-situ precipitated second phase in an intermetallic matrix, and to the process for making such a composite. |
| 4772452 |
Process for forming metal-second phase composites utilizing compound starting materials |
September 20, 1988 |
| This invention relates to a process for making composite materials involving the in-situ precipitation of second phase particles in a metal matrix, and the products thereof. The process involves the use of initial compound materials as a source of second phase-forming reactants in the |
| 4751048 |
Process for forming metal-second phase composites and product thereof |
June 14, 1988 |
| 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 phase composites having highly superior properties |
| 4738389 |
Welding using metal-ceramic composites |
April 19, 1988 |
| A method for welding metal composite materials, including metal-ceramic composites, whereby a weld or filler material is prepared by the in-situ precipitation of ceramic in a metallic matrix. The filler material may comprise boride, carbide, oxide, nitride, silicide, etc., while the matr |
| 4710348 |
Process for forming metal-ceramic composites |
December 1, 1987 |
| A method is taught for the in-situ precipitation of ceramic materials in a metal matrix. By means of the solvent assisted reaction, metal-ceramic composites having highly superior properties may be obtained. The invention involves the reaction of the ceramic forming constituents in a |
