《复合材料设计与制造》Design and Manufacturering of Composite

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作者 Hoa, S. V.
  S7 B, S; y! [5 q- f/ @开本 32   
页数 248   
出版日期 1998年
出版社 Taylor & Francis Routledge
ISBN 1566767083
* d. O" Z# ?- B4 o! O6 L文件格式：PDF（6.05M，压缩后共五部分）
' l3 ^: J- t& W* T/ l+ o$ K注：内容超级清晰，还可以复制粘贴到Word里面。
内容简介
5 U' V3 W& A2 ~% \( P# i7 M
" L+ w% Z; d; V, ?0 zThe second joint Canada-Japan workshop on Composites follows the success of the first Canada-Japan workshop on
Composites held in Kyoto, Japan in August 1996. The second workshop held in Montreal in August 1998 furthers
( P' y) J3 q/ j4 u7 I$ X6 ethe objective of providing a forum for interaction on a large scale among researchers, engineers and scientists
between Canada and Japan. This second joint workshop is co-organized by Professor Suong V. Hoa of Concordia
Centre for Composites, Concordia University and Professor Hiroyuki Hamada from Kyoto Institute of Technology,
Kyoto, Japan. Apart from technical presentations, the workshop also includes exhibits from companies and visits to
the Industrial Materials Institute and to Bell Helicopter Textron Canada Ltd.
& V' n; a, v$ R- H3 e. IThe technical presentations cover a range of topics from thermoplastic composites, metal matrix composites,
0 s' V$ F) Y2 s% Pceramic composites, smart composites, textile composites, manufacturing methods, fatigue and impact failure,
3 b+ [% k+ x1 ]analysis and modeling, and design and applications.
Sincere appreciation is expressed to many organizations and individuals who have contributed to the success of the
workshop. Included among them are the Canadian Department of Foreign Affairs, for the financial support for the
workshop; the sponsorship from Canadair Ltd.; the support from the Industrial Materials Institute and Bell
Helicopter Textron Canada Ltd.; Concordia Centre for Composites, Department of Mechanical Engineering,
Concordia University and Kyoto Institute of Technology for the parametric support; Ms. Sophie Merineau for
+ Z- S1 u8 W9 O: z% w, H" ?looking after all important details of the workshop and for the preparation for the publication of the proceedings.
6 {8 O9 x6 M" d3 J

. A# Q; N# M  O5 e8 PCONTENTS
$ [7 t7 f4 ?# ]  e( A, tPreface xi
/ |1 p9 ?7 s7 d) I) U* c" NThermoplastic Composites I
Structures and Mechanical Properties of Injection Molded CF/LCP Composites
% I2 S2 j# T" `1 u1 {A. Fujita and F. Baba, Advanced Technology R&D Center, Mitsubishi Electric
  Y. y4 t( _  h6 C+ k6 `Corporation, 8-1-1, Tsukaguchi-honmachi, Amagasaki, Hyogo 661-8661, Japan   3
Prediction of Residual Stresses in Continuous Glass Fiber/Polypropylene Composites
Y. Youssef and J. Denault, Industrial Materials Institute, National Research Council,
75 de Mortagne, Boucherville (Québec), Canada J4B 6Y4  7
' g/ a" z$ \  x+ G1 b# NImpact Properties of Stampable-Sheet Made of Glass Fiber and Polypropylene
" Q# M* m! A) ?K. Nagayama, Chemical Research Laboratory Technical Research Laboratories,
Kawasaki Steel Corporation, 1 Kawasaki-cho, Chuo-ku, Chiba-shi 260, Japan
7 Z) t/ t+ V2 g8 bK. Fujiwara, Polymer Mechanics Laboratory, Faculty of Textile Science, Kyoto
1 b6 [  r9 u. s9 ~9 A, d8 ?Institute of Technology, Matsugasaki, Sakyo-ku, Kyoto 606, Japan
15
, Q! R* d5 V8 @( Y; LManufacturing I
Special Techniques Used to Manufacture Conductive Composite Laminate Structure
+ k) k- e6 c+ Hfor Unique Air-Borne Geophysical System
( a8 c2 p0 q. R' ?# S+ _* r  fM. Artus and V. Kohli, Avcorp Industries Inc., Composites Materials Division, 840
Vadnais St., Granby, Quebec, Canada J2J 1A7
2 f2 \; v  p8 u3 W# b6 t21
Simulation of Resin Injection in Parts with Variable Porosity in Liquid Composite
; Y$ @1 z; K0 |1 n4 L% WMolding
F. Trochu, X.-T. Pham, Y. Benoit, J. Breard, J.-F. Remacle and R. Gauvin, Ecole
9 I# e* B4 |' PPolytechnique, Montreal, Quebec, Canada
22
0 t- D4 X9 I' S" y4 {$ O" lDesign Considerations of an All FRP Highway Cargo Tank
A. Chatillon, Tankcon FRP Inc., 4250 Marcel Lacasse, Boisbriand, Quebec, Canada
( H: J4 W- n; iJ7H 1N3
30
$ N7 p: }7 n- b9 y" q% K3 Q! kMetal Matrix and Smart Composites
7 \7 T( t" V; O0 r+ I. J& d* |Wear Characteristics of Alumina Particulate Reinforced Aluminum Based Composites
. \7 x/ g& r5 y( FJ. Lo, CANMET, Dept. of Natural Resources Canada, 568 Booth St., Ottawa, Ontario
5 A% d3 X8 [1 {/ GK1A 0G1, Canada
J. Li and M. Phaneuf, Fibics Inc., 568 Booth St., Ottawa, Ontario K1A 0G1, Canada
; C& e* k, D- e" P) D, D7 PT. Murayama, IMRA American Inc., 1044 Woodridge Avenue, Ann Arbor, MI
. A& L6 H( q' i1 E1 a1 Q48105-9774, U.S.A.
41
Design and Fabrication of Smart Composites for Static Shape Control
0 Z- c2 \1 _; w( E/ f. YH. Wang and C. K. Jen, Industrial Materials Institute, National Research Council
% Z8 M; m0 l. Y! q+ T1 NCanada, 75 de Mortagne Blvd., Boucherville, Québec, Canada J4B 6Y4
M. Giray and S. Kalaycioglu, Canadian Space Agency, 6767 Route de I'Aéroport,
Saint-Hubert, Québec, Canada J3Y 8Y9
S. E. Prasad, Sensor Technology Ltd., 20 Stewart Road, Collingwood, Ontario,
! c: y9 ~$ N$ j5 jCanada L9Y 3Z4
Fracture Behavior of Adhesively Bonded Composite-to-Metal Lap Joints with Thick
' w; O/ j: q/ g: dAdherends
J. F. P. Owens, Boeing Canada Technology Inc., 99 Murray Park Road, Winnipeg,
Manitoba, Canada R3J 3M6
6 H' g9 y3 \  }6 Q" QP. Lee-Sullivan, Department of Mechanical Engineering, University of New
( P9 v% n9 a" \$ A/ U9 K  ~. BBrunswick, P.O. Box 4400, Fredericton, New Brunswick, Canada E3B 5A3   57
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