Mechanical and chemical consequences of through thickness thermal gradients in polyimide matrix composite materials

Author:

Drukker E.,Green A.K.,Marom G.

Publisher

Elsevier BV

Subject

Mechanics of Materials,Ceramics and Composites

Reference27 articles.

1. Nakamura H, Yamagiwa M, Asagi K, Kamino K, Kanagawa S. Novel bismaleimide system for composites. 18th International SAMPE Technical Conference; 7–9 October 1986. p. 694–704.

2. Ashford LW. Analysis and test of carbon/bismaleimide laminate subjected to internal pressure resulting from trapped moisture. 18th International SAMPE Technical Conference; 7–9 October 1986. p. 379–89.

3. Armstrong-Carroll E, Merkham PA, Cochram R. Evaluation of the effect of heat damage on bismaleimide composites. 26th International SAMPE Technical Conference; 17–20 October 1994. p. 354–64.

4. Liu JM, Chen HF. UV imageable thermalsetting polymers for optical waveguides. Final report 1998–99 for MICRO project 98-087.

5. Bismaleimide composites come of age: BMI science and applications;Boyd;SAMPE J,1999

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