Abstract
Based on the behaviour of the superplastic deformation of metallic glasses and Pilling's model, a diffusion bonding model suitable for metallic glasses is proposed in the present study. In the current model, the diffusion bonding processes consists of two stages: one is the plastic deformation stage and the other is the void shrinkage stage, in which, the atom diffusion and superplastic deformation are responsible for the void shrinkage. Applying this model to the diffusion bonding of a Zr based metallic glass, the predicted bonding time is in good agreement with the experimental result. A map for determining the bonding temperature and time to achieve high quality bonding in a Zr based metallic glass is suggested.
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References
1.
Eckert
J.
,
Das
J.
,
Kim
K. B.
,
Baier
F.
,
Tang
M. B.
,
Wang
W. H.
and
Zhang
Z. F.
Intermetallies , 2006 , 14 , 876 –881 .
2.
Chen
L. Y.
,
Fu
Z. D.
,
Zeng
W.
,
Zhang
G. Q.
,
Zeng
Y. W.
,
Xu
G. L.
,
Zhang
S. L.
and
Jiang
J. Z.
J. Alloy. Comp ., 2007 , 443 , 105 –108 .
3.
Bae
D. H.
,
Lee
S. W.
,
Kwon
J. W.
,
Wang
X. D.
and
Yi, Ductile
S.
Mater. Sci Eng. A , 2007 , A449-451 , 111 –113 .
4.
Wong
C. H.
and
Shek
C. H.
Seripta Mater ., 2003 , 49 , 393 –397 .
5.
Kawamura
Y.
and
Ohno
Y.
Seripta Mater ., 2001 , 45 , 279 –285 .
6.
Shoji
T.
,
Kawamura
Y.
and
Ohno
Y.
Mater. Sci. Eng. A, 2004, A375-377, 394 –398 .
7.
Shin
H. S.
,
Jeong
Y. J.
,
Choi
H. Y.
,
Kato
H.
and
Inoue
A.
J. Alloy. Comp ., 2007 , 434-435 , 102 –105 .
8.
Kawamura
Y.
and
Ohno
Y.
Scripta Mater ., 2001 , 45 , 127 –132 .
9.
Kawamura
Y.
,
Shoji
T.
and
Ohno
Y.
J. Non-Cryst. Solids , 2003 , 317 , 152 –157 .
10.
Kagao
S.
,
Kawamura
Y.
and
Ohno
Y.
Mater. Sci Eng. A, 2004, A375-377, 312 –316 .
11.
Somekawa
H.
,
Inoue
A.
and
Higashi
K.
Scripta Mater ., 2004 , 50 , 1395 –1399 .
12.
Nieh
T. G.
and
Wadsworth
J.
Scripta Mater ., 2006 , 54 , 387 –392 .
13.
Kawamura
Y.
,
Shibata
T.
,
Inoue
A.
and
Masumoto
T.
Appl. Phys. Lett ., 1996 , 69 , 1208 –1210 .
14.
Chu
J. P.
,
Chiang
C. L.
,
Mahalingam
T.
and
Nieh
T. G.
ScriptaMater ., 2003 , 49 , 435440 .
15.
Cam
G.
and
Kocak
M.
J. Mater. Sc i , 1999, 34, 3345-3354.
16.
Lin
J. G.
,
Yu
G. S.
,
Wu
G. Q.
and
Huang
Z.
J. Mater. Sci Lett ., 2001 , 20 , 1671 –1673 .
17.
Wang
X. F.
,
Luo
Z. C.
,
Liu
X. B.
and
Lin
J. G.
Sci. Tech Weld Join ., 2008 , 13 , 452 –455 .
18.
Derby
B.
and
Wallach
E. R.
Met. Sci , 1984 , 18 , 427 –431 .
19.
Guo
Z. X.
and
Ridley
N.
Mater. Sci Tech ., 1987 , 3 , 945 –953 .
20.
Pilling
J.
,
Ridley
N.
and
Islam
M. F.
Mater. Sci Eng. A,1996, A205, 72 –78 .
21.
Orhan
N.
,
Aksoy
M.
and
Eroglu
M.
Mater. Sci Eng. A , 1999 , A271 , 458 –468 .
22.
Wang
X. F.
,
Luo
Z. C.
,
Yu
G. S.
and
Lin
J. G.
Mater. Sci Tech ., 2006 , 22 , 186 –192 .
23.
Chen
H.
,
Zhong
Y.
,
Hu
W.
and
Gottstein
G.
Mater. Sci Eng. A, 2007, A452-453, 625 –632 .
24.
Gun
B.
,
Laws
K. J.
and
Ferry
M.
J. Non-Cryst. Solids , 2006 , 352 , 3896 –3902 .
25.
Kim
W. J.
,
Ma
D. S.
and
Jeong
H. G.
Scripta Mater ., 2003 , 49 , 1067 –1073 .
26.
Kim
W. J.
,
Sa
Y. K.
,
Lee
J. B.
and
Jeong
H. G.
Intermetallics , 2006 , 14 , 377 –381 .
27.
Kawamura
Y.
,
Shibata
T.
,
Inoue
A.
and
Masumoto
T.
Scripta Mater ., 1997 , 37 , 431 –436 .
28.
Shin
H. S.
,
Jeong
Y. J.
and
Ahn
J. H.
J. Alloy. Comp., 2007, 434.-435, 40 –43 .
29.
Chu
J. P.
,
Chiang
C. L.
,
Mahalingam
T.
and
Nieh
T. G.
Scripta Mater ., 2003 , 49 , 435 –404 .
30.
Ishihara
S.
and
Inoue
A.
Mater. Trans ., 2001 , 42 , 1517 –1522 .
31.
Schuh
C. A.
,
Hufnagel
T. C.
and
Ramamurty
U.
Acta Mater ., 2007 , 55 , 4067 –4109 .
32.The
1SODB software package can be obtained by anonymous ftp from ftp.mm.mtv.edu.
33.
Bletry
M.
,
Guyot
P.
,
Brechet
Y.
,
Blandin
J. J.
and
Soubeyroux
J. L.
Mater. Sci Eng. A , 2004 , A387 –389 , 1005-1011.
34.
Iqbal
M.
,
Sun
W. S.
,
Zhang
H. F.
,
Akhter
J. I.
and
Hu
Z. Q.
Mater. Sci Eng. A , 2007 , A447 , 167 –173 .
35.
Johnson
W. L.
and
Samwer
K.
Phys. Rev. Lett ., 2005 , 95 , 195501 .
36.
Vaillant
M. L.
,
Keryvin
V.
,
Rouxel
T.
and
Kawamura
Y.
Scripta Mater ., 2002 , 47 , 19 –23 .
37.
Louzguine-Luzgin
D. V.
,
Fukuhara
M.
and
Inoue
A.
Acta Mater ., 2007 , 55 , 1009 –1015 .
38.
Argon
A. S.
: Acta Metall ., 1979 , 27 , 47 –58 .
39.
Koster
U.
,
Meinhardt
J.
,
Roos
S.
and
Liebertz
H.
Appl. Phys. Lett ., 1996 , 69 , 179 –181 .
40.
Kim
W. J.
,
Sa
Y. K.
,
Lee
J. B.
and
Jeong
H. G.
Intermetallics , 2006 , 14 , 1391 –1396 .
41.
Kawamura
Y.
,
Kato
H.
,
Inoue
A.
and
Masumoto
T.
Appl. Phys. Lett ., 1995 , 67 , 2008 –2010 .