The reaction layer thickness at the Al2O3AgCuTi interface has been measured with different bonding times at a fixed bonding temperature. The effect that the change in reaction layer thickness had on the shear strength of a Al2O3AgCuTiTi-6Al-4V brazed joint was analysed using SEM. The relationship between reaction layer thickness and joint strength has been discussed with the aim of providing a theory for guiding industrial manufacture and increasing the joint strength.
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References
1.
HONGQIH., YONGLANW., ZHIHAOJ., and XIAOTIANw.J. Mater. Sct, 1995,30, 1233–1239.
2.
CHIDAMBARAMP. R. and EDWARDSG. R.: Metall. Trans. B., 1992, 23B, 215–222.
3.
KRITSALISP. and L.COUDURIER: J. Mater. Sct, 1991, 26, 3400–3408.
LEEW. C., KWONO. Y., and KANGC. S.: J. Mater. Set, 1995, 30, 1679–1688.
7.
TREBEUXD., FAYEULLES., GUIPONTV., and JACQUEMINJ. P.: in ‘Interfacial science in ceramic joining’, (ed. A. Bellosi et al.), 311–318; 1998, Dordrecht, Kluwer.
8.
EVANSA. G. and DALGLEISHB. J.: Mater. Set Eng. A, 1993, A162, 1–13.
9.
PAIVAO. C. and BARBOSAM. A.: J. Mater. Sct, 2000, 35, 1165–1175.
10.
NAKAOY., NISHIMOTAK., and SAIDAK.: Q. J. Jpn Weld. Soc., 1993, 11, 294–300 (in Japanese).
