Journal of Korea Foundry Society (한국주조공학회지)

Korea Foundry Society (한국주조공학회)
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Fabrication and Microstructures of Al-Pb Alloy in the Ultrasonic Vibration

초음파진동 조사장 내에서 Al-Pb계 합금의 제조 및 조직

  • Park, Hun-Berm (Center for Composites, University of Wisconsin-Milwaukee/CEAS)
  • 박헌범 (위스콘신대학교 복합재료연구소)
  • Published : 2002.10.20
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Abstract

Water and oil were completely synthesised with ultrasonic vibration energy irradiation. Pure Pb were added into Al melt during irradiated the ultrasonic vibration energy in 750. And the ultrasonic vibration energy was applied to Al-Pb melt to enhance the miscibility. Microstructural analysis, thermal analysis and X-ray diffraction analysis were carried out to evaluate the effect of the ultrasonic vibration energy on the castability and microstructural reliability. (1) Using the ultrasonic vibration energy irradiation, the complete mixing of water and oil was obtained. (2) The microstructure was refined by the application of ultrasonic vibration energy in Al-Pb alloys. (3) Relatively large Pb particles, $5{\mu}m$ were most distributed alone the grain boundaries with fine Pb particles evenly distributed in the matrix. (4) The solubility of Ph in Al-Pb alloys was increases up to 5% with the application of ultrasonic vibration energy.

Keywords

References

  1. Metall. v.1.39 H. J. Seemann;H. Menzel
  2. Kinsoku v.28 Horie;Kinsoku
  3. J. of Metal. Inst. of Japan v.23 Horie;Uejawa
  4. J. of the Korean Inst. Metal v.11 no.2 H. M. Kwon;C. K. Jang;S. Y. Kim
  5. J. of the Korean Inst. Metal v.12 no.1 H. M. Kwon;C. K. Jang;S. Y. Kim
  6. J. of the Korean Inst. Metal v.11 no.4 C. K. Jang;H. M. Kwon
  7. Scripta Mater. v.43 J. Pan(et al.) https://doi.org/10.1016/S1359-6462(00)00385-7
  8. Materials Letters v.37 V. Abramov(et al.) https://doi.org/10.1016/S0167-577X(98)00064-0
  9. Japanese patent, A940412, JP-0098086, Mitsubishi Met. Corp. Al alloy casting mfr;Ultrasonic vibraton cast
  10. Materials Letters v.23 V. O. Abramov;O. V. Abramov(ect) https://doi.org/10.1016/0167-577X(95)00275-8
  11. Advanced performance Materials v.4 G. I. Eskin https://doi.org/10.1023/A:1008603815525
  12. Materials Science Forum v.242 G. I. Eskin;Yu. P. Pimennov;G. S. Makarov https://doi.org/10.4028/www.scientific.net/MSF.242.65
  13. Russian Metallurgy v.2 V. V. Stulov
  14. J. of Materials Science Letters v.17 Chen F.;Shu G. J.
  15. Russ. Cast. Prod. G. Gorbunov;V. D. Parshin;V.V.Panin
  16. Rudy Metals.Niezlar v.10 Pawel Murza Mucha
  17. Metall. v.28 B. Sartor;H. Staats;H. J. Seeman
  18. Mater. v.11 no.6 A. Polakovic;Kovove
  19. Ultrasonics v.Jan G .I. Pogidin-Alekseev;A. I. Markov
  20. J. Mater. Sci. Lett. v.12 Y. Deming;Y. Xinfang;P. Jin https://doi.org/10.1007/BF00539816
  21. J. Mater. Res. v.10 no.3 J. Pan;D. M. yang;X. F. Liu;H. Fukunaga https://doi.org/10.1557/JMR.1995.0596
  22. In Cast Metal Matrix Composites Y. Tsunekawa;H. Nakanishi;M. Okumiya;N. Mohri;D. M. Stefanescu;S. Sen(eds.)
  23. In Metal and Ceramic Matrix Composites Processing Conference v.1 no.Nov H. Katzman
  24. J. Mater. Sci. Lett. v.14 L. Ma;F. Chen;G. Shu https://doi.org/10.1007/BF00586167
  25. American Institute of Physics Handbook P. Eisenberg