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The Impact fracture Behaviors of Low Density LD Carbon/Carbon Composites by Drop Weight Impact Test  

주혁종 (충남대학교 고분자공학과)
손종석 (LG화학 산업재연구소)
Publication Information
Polymer(Korea) / v.26, no.2, 2002 , pp. 270-278 More about this Journal
Abstract
In this study, the fracture behavior by low velocity impact damage and the tendencies of impact energy absorption were investigated. Low velocity impact tests were performed using a mini tower drop weight impact tester, and graphite powder, carbon black and milled carton fiber were chosen as additives. Addition of graphite powder increased the maximum load and maintained the stress long until the total penetration happened. At the content of 9 vol%, they showed the maximum of 42% improvement in impact strength compared composites containing no additives. At the test with low impact energy of 0.4 J, impact energy was consumed by delamination in the composite containing no additives, however, as graphite contents increased, the tendency of failure changed to the penetration of the specimen.
Keywords
carbon/carbon composites; low velocity Impact test; impact energy; delamination; penetration;
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  • Reference
1 /
[ J. S. Son;H. J. Joo ] / Polymer(Korea)
2 /
[ S. K. Lim ] / Lucky Polymer Tech.
3 /
[ D. E. J. Saimders;C. Soutis;A. Kinsey ] / Composites   DOI   ScienceOn
4 /
[ S. Y. Lee ] / 3rd Conference on National Defese Materials
5 /
[ H. Maikuma;J. W. Gillespie;D. J. Wilkins ] / J. Composite Materials   DOI
6 /
[ E. J. Mcquillen;L. W. Gause ] / J. Composite Materials   DOI   ScienceOn
7 /
[ D. H. Hong ] / Lucky Polymer Tech.
8 /
[ G. Zhou ] / Composite Structures   DOI   ScienceOn
9 /
[ D. C. Prevorsek;H. B. Chin;A. Bhatnagar ] / Composite Structures   DOI   ScienceOn
10 /
[ C. C. Ma;N. H. Tai;G. Y. Wu;S. H. Lin;J. M. Lin;C. L. Ong;Y. C. Chang;M. F. Sheu ] / ANTEC '96 Preceedings
11 /
[ S. W. Yurgartis;B. S. Macgibbon;P. Mulvaney ] / J. Material. Sci.   DOI
12 /
[ B. J. Kim; M. J. Choo;T. J. Kang ] / J. Korea Composite Materials
13 /
[ E. J. Jun ] / J. Composite Materials
14 /
[ I. H. Choi;Y. R. Choi;C.S. Hong ] / J. Korea Composite Materials