초록

Short fibers in a solder or a welding material often do not have the desired strength. The invention uses fiber mats (13) which have been introduced onto a surface (10) or into a recess (7) of a metallic component.

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The invention claimed is: 1. A process for applying material to a solid metallic component, comprising: applying a fiber mat within a recess of the solid metallic component; applying a metallic paste or slurry material to the fiber mat; permeating the metallic material into the fiber mat; attaching

The invention claimed is: 1. A process for applying material to a solid metallic component, comprising: applying a fiber mat within a recess of the solid metallic component; applying a metallic paste or slurry material to the fiber mat; permeating the metallic material into the fiber mat; attaching the fiber mat permeated with the metallic material to the solid metallic component within the recess so as to fill the recess with the fiber mat permeated with the metallic material. 2. The process claimed in claim 1, wherein the metallic material is arranged in the fiber mat prior to applying the mat to the solid metallic component. 3. The process claimed in claim 1, wherein the recess of the solid metallic component comprises one of a crack or a defect. 4. The process claimed in claim 1, wherein a plurality of fiber mats are applied. 5. The process claimed in claim 4, wherein a plurality of metallic materials permeate into the fiber mat. 6. The process claimed in claim 5, wherein a first metallic material permeates a first fiber mat, and a second metallic material permeates a second fiber mat. 7. The process claimed in claim 6, wherein: the first and second fiber mats comprise a plurality of fiber mats, the second fiber mat is placed over the first fiber mat after the first metallic material permeates a first fiber mat and the second fiber mat covers the first fiber mat, and the fibers comprising the fiber mats have different concentrations of an element, to produce a concentration gradient of the element when a plurality of fiber mats are placed one on top of another. 8. The process claimed in claim 7, wherein a plurality of different metallic materials having different chemical compositions permeate the fiber mat to produce a concentration gradient in a direction along the fiber mat. 9. The process claimed in claim 8, wherein a melting point reducing agent is contained in or on the fibers of the fiber mat or in the metallic material. 10. The process claimed in claim 9, wherein the concentration of the melting point reducing agent forms a gradient. 11. The process claimed in claim 10, wherein there is a gradient in the concentration of a single agent for reducing the melting point. 12. The process as claimed in claim 11, wherein the agent for reducing the melting point is boron. 13. The process claimed in claim 12, wherein the metallic material permeates the fiber mats and attaches to the metallic component and to the fiber mats due to a heat treatment process. 14. The process claimed in claim 13, wherein a plurality of aluminum oxide or nickel containing stop-off regions arranged at the outer edge portion of a fiber mat prevent the metallic material from touching other portions of the component surface.