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FGM Research Activities in Europe

Published online by Cambridge University Press:  29 November 2013

Wolfgang A. Kaysser  and
Bernhard Ilschner
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Extract

The application of functionally graded materials (FGM) principles is widespread in Europe, despite the lack of national or European programs coordinating the efforts of the individual institutions and researchers. In the following article, the status of research in Europe will be outlined by examples of research projects from various application fields. More detailed information on European FGM research is available from the proceedings of the FGM '94 symposium held in October 1994 in Lausanne, Switzerland. The symposium was organized by B. Ilschner through the Materials Department of the Swiss Federal Institute of Technology of Lausanne.

Type
Functionally Gradient Materials
Information
MRS Bulletin , Volume 20 , Issue 1 , January 1995 , pp. 22 - 26
Copyright
Copyright © Materials Research Society 1995

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References

1.Jüngling, T. and Kieback, B., Ceramic/Metal Functional Gradient Materials by Sedimentation, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
2.Hülsmann, S.W., Graded Mo-Si3N4 Shingles for High Temperature Applications, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
3.Ahn, Y.C., Graded Mo-Al2O3 Shingles for High Temperature Applications, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
4.Pirwitz, F. and Dahms, M., Design and Production of a Gradient Material by Using a Variant of Reactive Powder Metallurgy, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
5.Willert-Porada, M.A., Gerdes, T., and Borchet, R., Application of Microwave Processing to Preparation of Ceramic and Metal-Ceramic FGM, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
6.Tonnes, C. and Rösler, J., Processing of TiAl Components with Gradient Microstructures, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
7.Blümm, M., Dollmeier, K., and Ilschner, B., Experimental Investigation of Fatigue-Crack Propagation in Room Temperature Bending Tests with Cu-Ni Graded Alloys, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
8.Dollmeier, K., Ilschner, B., Cherradi, N., and Künzi, H.U., Microstructure, Formability and Non-Destructive Testing of Graded Specimens in the Cu-Ni-Sn Alloy System, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
9.Dollmeier, K., Thiele, W., and Ilschner, B., pilot study related to continuous fabrication of FGM strip by P/M, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
10.Barthel, K., Cherradi, N., and Ilschner, B., Preparation of Radially Graded Ternary B2 Nickel Aluminides, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
11.Degischer, H.P., Schulz, P., Lacom, W., and Langgartner, J., Properties of Continuous Carbon Fiber Reinforced Aluminum Depending on the Infiltration Process and Local Fiber Variations, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
12.Sanchez-Herencia, A.J. and Moya, J.S., Mechanical Properties of Zirconia-aina FGM Obtained by Sequential Slip Casting, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
13.Bloschies, , Essig, , Mielke, , Henning, , and Melzer, , Fiber Reinforced Metals with Integrated Ceramic Surface, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
14.Joensson, M., High Porous Sintering Parts with Pore Size Gradient by Centrifugal Powder Metallurgy, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
15.Belyako, V.N., Formation of Anisotropic Pore Structure in Ceramics by Gas Phase Reaction, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
16.Bast, U., Einsatzpotential und Beanspruchungen von FGM-Werkstoffen in stationären Gasturbinen, presented before the FGM workshop: “Gradientanwerkstoffe 1993,” Cologne, November, 1993.Google Scholar
17.Schulz, U., Fritscher, K., Peters, M., and Kaysser, W.A., Processing and Behaviour of Chemically Graded EB- PVD MCrAlY Bond Coats, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
18.Fritscher, K., Über das EB PVD-Verfahren erzeugte mehrfach gradierte Wärmedämmschichten, presented before the FGM workshop: “Gradientanwerkstoffe 1993,” Cologne, November, 1993.Google Scholar
19.Steffens, H-D., Babiak, Z., and Gramlich, M., Herstellen dicker Wärmedämmschichten aus ZrO2Y2O3 mit optimierter Lebensdauer, presented before the FGM workshop: “Gradientanwerkstoffe 1993,” Cologne, November, 1993.Google Scholar
20.Alaya, M., Grathwohl, G., and Musil, J., A Comparison of Thermal Cycling Behaviour of Graded and Duplex ZrO2 Thermal Barrier Coatings, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
21.Zeman, J., Cepera, M., Svejcar, J., and Musil, J., Assessment of Thermal Fatigue Spalling of Yttria Partially Stabilized Zirconia Plasma Spray Coatings, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
22.Härkegard, G., Neumann, N., and Härkegard, O., Thermal Stress Analysis of Homogeneous and Gradient Thermal Barrier Coating, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
23.Theisen, W., Wear Resistant Hard Coatings with Graded Structure, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
24.Merk, N., Ding, X.M., and Ilschner, B., Detailed Microstructural Study of Electroplated Metal Matrix Composites for Gradient Hard Coatings, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
25.Heath, G.R., Kammer, P.A., Stott, F.H., and Stack, M.M., The High Temperature Erosion/Corrosion Behaviour of Advanced Multi-Layer Coatings, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
26.Mazurenko, E. and Grafov, A., Design of Metal Co-ordination Compound Precursors for MO-CVD Synthesis of Functionally Gradient Materials, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
27.Babi, M.A.K. and Stock, H.R., A Novel Method of Producing Thick Graded Deposits of Fe-Ti-TiN Transferred Arc Cladding and Subsequent Plasma Ion Nitriding Treatment, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
28.Salito, A. and Barbezat, G., Plasma Spraying Techniques for Functional Gradient Coatings, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
29.Eroglu, S., Optimization of Thermal Stresses in Functional Gradient Coatings by Elastic Models, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
30.Bergmann, E., Functionally and Compositionally Graded Cutting Edges Produced with PVD Methods, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
31.Gill, S.C., Ramm, D.A.J., and Clyne, T.W., Characterization of Aluminum/Alumina Composite Sprayed Coatings and the Development of Gradient Structures, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
32.Blank-Bewersdorf, M., Luscher, H., and Rosselet, A., Surface Gradient Materials by Welding-Theoretical and Practical Aspects, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
33.Munz, D. and Yang, Y.Y., Effect of Gradient Interlayer in a Ceramic/Metal on Stress Distribution and Failure Probability, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
34.Bienvenu, Y., Diffusion Bonding of Nickel Base Superalloys to Manufactured Components with a Graded Microstructure, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
35.Gasik, M.M., Processing and Characterization of WC-Co Functional Gradient Materials, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
36.Yiasemides, G.P. and MacCormack, I.B., The Application of the “Graded Structures” Concept to Mining Tools, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
37.Favroz, N., Preliminary Study of the Processing and Properties of Functional Gradient Cemented Carbides WC-Co for Improved Wear Resistance, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
38.Colin, C., On the Green Strength of Composition Gradient WC-Co Bi-layers in Relation to the Compressibility of WC-Co Powder Mixtures, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
39.Richter, V. and Schönecker, A., Gradierte Werkstoffe für Werkzeuge, Konstruktionsteile und Elektronik, presented before the FGM workshop: “Gradientanwerkstoffe 1993,” Cologne, November, 1993.Google Scholar
40.Desmonds, N., Cherradi, N., Cans, M., and Ilschner, B., Liquid Phase Sintering of Gradient WC-Co Materials, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
41.Bonard, J.M., Buffat, P.A., and Ganiere, J.D., Characterization by TEM of Continuous Changes in the Chemical Composition of Epitaxial Layers Grown by Molecular Beam Epitaxy, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
42.Schmidt, H., Schmöller, M., and Brückner, B., Interfacial Functional Layers Between Metallic and Ceramic Components in the High Temperature Solid Oxide Fuel Cell, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar
43.Sasaki, K. and Gauckler, L.G., Functional Gradient Cathodes for Solid Oxide Fuel Cells, presented before the FGM '94 Symposium, Lausanne, October, 1994.Google Scholar