Trends in Aircraft Composite Material Technologies and Outlook on Smart Composite Structures

Akira Sakamoto

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Trends in Aircraft Composite Material Technologies and Outlook on Smart Composite Structures

机译：飞机复合材料技术趋势与智能复合材料结构展望

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Since the dissolution of the cold war between the United States and Soviet Russia, the military budgets of industrially advanced countries have been cut drastically. Consequently, the application of composite materials to aerospace vehicles, especially commercial aircraft, influenced by the global recession and stagnant growth of air transport, has deviated considerably from the optimistic upward curve estimated during the period from the latter half of the 1970s to the 1980s and now requires downward revision.

机译：自从美国和苏俄之间的冷战解散以来，工业发达国家的军事预算已经大大削减。因此，在全球衰退和航空运输停滞发展的影响下，复合材料在航空航天器尤其是商用飞机上的应用已大大偏离了从1970年代下半年至1980年代期间估计的乐观向上曲线。现在需要向下修订。

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来源
《New Technology Japan》 |1997年第9期|p.23-29|共7页
作者
Akira Sakamoto;
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收录信息美国《科学引文索引》(SCI);美国《化学文摘》(CA);
原文格式 PDF
正文语种 eng
中图分类工业通用技术与设备;工业技术现状与发展;
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专利

1. Editorial: Smart materials, multifunctional composites, and morphing structures: Selected papers from the 20th International Conference on Adaptive Structures and Technologies (ICAST 2009) [J] . Liao W.-H. Smart Materials & Structures . 2010,第12期

机译：社论：智能材料，多功能复合材料和变形结构：第20届自适应结构和技术国际会议（ICAST 2009）的部分论文
2. The Present Status of the use of Composite Materials in Aircraft Structures - Current Technological Trends [J] . Takashi Ishikawa Science & Technology in Japan . 2015,第111期

机译：在飞机结构中使用复合材料的现状-当前技术趋势
3. ULTRASONIC INSPECTION OF COMPOSITE STRUCTURES: Ultrasonic inspection techniques are needed to assure the integrity of aircraft structures, especially those made of composite materials [J] . Francois Xavier Louis Advanced Materials & Processes . 2006,第2期

机译：复合结构的超声波检查：需要超声波检查技术以确保飞机结构的完整性，尤其是由复合材料制成的飞机结构
4. DEVELOPMENT OF RADIATION CURING TECHNOLOGY OF POLYMER MATRIX COMPOSITES BY JAPANESE NATIONAL PROJECT ON ADVANCED MATERIALS AND PROCESS DEVELOPMENT FOR NEXT GENERATION AIRCRAFT STRUCTURES [C] . Mamoru Imuta, Kiyoshi Enomoto International Conference on Composite Materials . 2007

机译：日本民族项目对下一代飞机结构的先进材料和工艺开发辐射固化技术的发展
5. Smart composite materials for non-invasive structural health monitoring and composites manufacturing process monitoring. [D] . Pandey, Gaurav. 2013

机译：用于无创结构健康监测和复合材料制造过程监测的智能复合材料。
6. Manufacturing Technology of Composite Materials—Principles of Modification of Polymer Composite Materials Technology Based on Polytetrafluoroethylene [O] . Anton Panda, Kostiantyn Dyadyura, Jan Valíček, 2017

机译：复合材料制造技术—基于聚四氟乙烯的高分子复合材料技术改造原理
7. Design of Next Generation Civil and Military Aircraft with Ultra-High Bypass Engine using Composites, Advanced Materials and Technology [O] . B. O. Akinnuli, O. J. Oladipo 2018

机译：采用复合材料，先进材料和技术的超高旁路引擎设计下一代民用飞机
8. Advanced composites structural concepts and materials technologies for primary aircraft structures: Structural response and failure analysis [R] . Dorris, William J., Hairr, John W., Huang, Jui-Tien, 1992

机译：先进复合材料用于主要飞机结构的结构概念和材料技术：结构响应和故障分析

Trends in Aircraft Composite Material Technologies and Outlook on Smart Composite Structures

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