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Advanced composite rudders for DC-10 aircraft: Design, manufacturing, and ground tests

机译：用于DC-10飞机的先进复合材料舵：设计，制造和地面测试

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Design synthesis, tooling and process development, manufacturing, and ground testing of a graphite epoxy rudder for the DC-10 commercial transport are discussed. The composite structure was fabricated using a unique processing method in which the thermal expansion characteristics of rubber tooling mandrels were used to generate curing pressures during an oven cure cycle. The ground test program resulted in certification of the rudder for passenger-carrying flights. Results of the structural and environmental tests are interpreted and detailed development of the rubber tooling and manufacturing process is described. Processing, tooling, and manufacturing problems encountered during fabrication of four development rudders and ten flight-service rudders are discussed and the results of corrective actions are described. Non-recurring and recurring manufacturing labor man-hours are tabulated at the detailed operation level. A weight reduction of 13.58 kg (33 percent) was attained in the composite rudder.

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作者
Lehman, G. M.; Purdy, D. M.; Cominsky, A.; Hawley, A. V.; Amason, M. P.; Kung, J. T.; Palmer, R. J.; Purves, N. B.; Marra, P. J.; Hancock, G. R., et al.;
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年度 1976
页码 1-149
总页数 149
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
COMPOSITE MATERIALS; DC 10 AIRCRAFT; EPOXY COMPOUNDS; GRAPHITE; RUDDERS; CURING; PRODUCT DEVELOPMENT; THERMAL EXPANSION; WEIGHT REDUCTION;

机译：复合材料; DC 10 aIRCRaFT;环氧化合物;石墨;舵;养护;产品开发;热膨胀;减重;

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专利

1. VIRTUAL TESTING OF COMPOSITES: Airbus Group Innovations continues to make breakthroughs in aircraft composite design using Siemens PLM Software technology [J] . Anthony James Aerospace Testing International . 2015,第Sepa期

机译：复合材料的虚拟测试：空客集团创新继续使用Siemens PLM Software技术在飞机复合材料设计方面取得突破
2. Composites final frontier: the commercial manager of the advanced composites manufacturing centre at the university of Plymouth tells design engineering about building composite propellers [J] . Tim Searle Design Engineering . 1999,第4期

机译：复合材料的最终领域：普利茅斯大学高级复合材料制造中心的商业经理向设计工程师讲述复合材料螺旋桨的建造
3. A Si-Engine for Ultra Light Aircraft Propulsion: Design, Manufacturing and Testing [J] . Mariano Migliaccio, Pasquale Grassia ATA Ingeneria Automatoristica . 2004,第11a12期

机译：用于超轻型飞机推进的Si引擎：设计，制造和测试
4. Ground Vibration Testing in the Aeroelastic Design and Certification of a Small Composite Aircraft [C] . B. Peeters, P. De, L. Mosenich, 46th AIAA/ASME/ASCE/AHS/ASC Structures, Structural Dynamics amp; Materials Conference ; 13th AIAA/ASME/AHS Adaptive Structures Conference ; 7th AIAA Non-Deterministic Approaches Forum ; 6th AIAA Gossamer Spacecraft Forum ; 1st AIAA Multidisciplinary Design Optimization Specialist Conference . 2005

机译：小型复合材料飞机的空气弹性设计和认证中的地面振动测试
5. A STUDY OF THE DRILLING OF ADVANCED CARBON FIBRE COMPOSITES (AIRCRAFT MANUFACTURE, TOOL MATERIALS, WEAR RESISTANCE). [D] . KHAN, ZAFFAR M. 1991

机译：先进碳纤维复合材料的钻研（飞机制造，工具材料，耐磨性）。
6. A new fiber-optic non-contact compact laser-ultrasound scanner for fast non-destructive testing and evaluation of aircraft composites [O] . Ivan Pelivanov, Takashi Buma, Jinjun Xia, -1

机译：新型光纤非接触式紧凑型激光超声扫描仪可对飞机复合材料进行快速无损检测和评估
7. Static testing of composite rudder of a military aircraft [O] . Gopalan R, Ramanaiah B, Sonewane Jayant 1989

机译：军用飞机复合舵的静态测试

Advanced composite rudders for DC-10 aircraft: Design, manufacturing, and ground tests

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