本文所讨论的复合材料胶接体系包括胶膜、发泡胶、底胶、糊状胶黏剂以及修补用胶黏剂.先进的胶膜、发泡胶、底胶可以采用177℃(350下)或121℃(250 ℉F)两种固化工艺,用于复合材料的二次胶接和共固化胶接.较长的外置时间也是胶接体系先进性的另一个方面.用于复合材料修补的胶黏剂的主要先进特性为其固化温度低于复合材料制件制造时的固化温度.用于复合材料胶接制造的胶接体系和修补用的胶黏剂体系还应具备满足使用要求的耐久性能.
参考文献
| [1] | 乔海涛,邹贤武.复合材料胶接技术的研究进展[J].宇航材料工艺,2010(02):11-14. |
| [2] | DOT/FAA/AR-97/56.Applications of Fracture Mechan-ics to the Durability of Bonded Composite Joints[M].,1998 |
| [3] | Philippe Cognard.Handbook of Adhesives and Sealants[M].Elsevier,2005 |
| [4] | Mckillen John M;NICOLAOU Bill;Howard LaHaie.High Performance 250 ℉/350 ℉ Curing Epoxy Film Adhesive For Composite and Metal Structures[A].,1995:1499-1511. |
| [5] | YANG Zhong;BINEY Paul O.Study on the Thermal and Hygrothermal Behaviors and Polyimide Adhesives[A].,2001:51-60. |
| [6] | 益小苏.先进复合材料技术研究与发展[M].北京:国防工业出版社,2006:253-254. |
| [7] | CEDARLEAF Calvin.A Film for Low Cost Composite Surface Preparations[A].,1987:173-181. |
| [8] | CHABOT Kathleen A;BONK Robert B.Evaluation of Adhesives and Primers Systems for Adhering Carbon/Epoxy Composites and Metals[A].,1993:338-352. |
| [9] | 万建平,邹国发,龙国荣.表面改性剂改进结构件界面粘接性能研究[J].粘接,2006(04):49-50. |
| [10] | 邹贤武,乔海涛,齐楠.SY-D15表面处理剂的性能研究[J].粘接,2007(02):10-12. |
| [11] | 乔海涛,邹贤武.碳纤维复合材料的胶接工艺与性能[J].宇航材料工艺,2009(01):66-69,77. |
| [12] | 乔海涛,邹贤武,齐楠.BKB-3发泡胶性能研究[C].北京粘接学会成立二十周年暨技术交流报告会论文集,2002:107-110. |
| [13] | 乔海涛;邹贤武.FM490A发泡胶的评估[A].,2009 |
| [14] | NICOLSON Bill.Development of A 180 ℉ Hot/wet Service Temperature Paste Adhesive for Composite Fabrication[A].,1989:631-642. |
| [15] | ARMSTRONG K B.Properties of Adhesives for Composite and Bonded Metal Repairs[M].Adhesion(Barking England),1987 |
| [16] | ARMSTRONG K B.The Selection of Adhesives for Aircraft Repairs Based on Fundamental Mechanical Properties of the Resins Themselves[M].Adhesion(Barking England),1989 |
| [17] | RUBIN A M;PERL D R.Composite Structures Repair Development for the F/A-18E/F Aircraft[A].,1995:154-167. |
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