RTCs Take The Heat In Wings And Nacelles

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RTCs Take The Heat In Wings And Nacelles

机译：RTC在机翼和机舱中发热量

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Reinforced thermoplastic composites (RTCs) are proving their utility not only in air craft interiors but also elsewhere on aircraft, where high toads and heat have previously dictated the use of high-perfor-mance metals. Tods Aerospace Ltd. (Crewkerne, Somerset, U.K,), for example, is producing reinforced thermoplastic Overheat Detection System (OHO) heat shields that protect the Airbus A400M military transport's wing spar from exposure to excessive heat from engine Weed air.

机译：增强热塑性复合材料（RTC）不仅在飞机内饰方面得到了证明，而且在飞机上的其他地方也得到了证明，以前蟾蜍和高热量要求使用高性能金属。例如，Tods Aerospace Ltd.（英国萨默塞特郡克鲁克恩）正在生产增强型热塑性过热检测系统（OHO）隔热板，以保护空客A400M军用运输机的翼梁免受发动机杂草空气中过多热量的伤害。

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《High-Performance Composites》 |2009年第2期|共1页
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中图分类耐火材料工业;
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专利

1. RTCs Take The Heat In Wings And Nacelles [J] . High-Performance Composites . 2009,第2期

机译：RTC在机翼和机舱中发热量
2. Automatic Optimization of Wing-Body-Under-the-Wing-Mounted-Nacelle Configurations [J] . Epstein Boris, Peigin Sergey Journal of Aircraft . 2016,第3期

机译：机翼下固定式Nacelle机翼下机身的自动优化
3. Advanced Over-the-Wing Nacelle Transport Configuration [J] . NASA Tech Briefs . 2019,第7期

机译：先进的机上机舱运输配置
4. Transonic Semispan Aerodynamic Testing of the Hybrid Wing Body with Over Wing Nacelles in the National Transonic Facility [C] . David T. Chan, John R. Hooker, Andrew T. Wick, AIAA Aerospace Sciences Meeting;AIAA SciTech Forum . 2017

机译：国家跨音速设施中带有机翼机舱的混合翼机体的跨音速半跨空气动力学测试
5. The musical instruments of Harry Partch as an apparatus of production in musical theatre [D] . Kakinuma, Toshie. 1989

机译：哈里·帕奇的乐器在音乐剧院中作为生产设备
6. First-line chemotherapy for malignant peripheral nerve sheath tumor (MPNST) versus other histological soft tissue sarcoma subtypes and as a prognostic factor for MPNST: an EORTC Soft Tissue and Bone Sarcoma Group study [O] . J. R. Kroep, M. Ouali, H. Gelderblom, -1

机译：一线化疗治疗恶性周围神经鞘瘤（MPNST）与其他组织学软组织肉瘤亚型以及MPNST的预后因素：EORTC软组织和骨肉瘤小组研究
7. Figure 3: Outline-based comparison of the wing shape between the biotype A. pis_pea and the rest of the seven biotypes: Acyrthosiphon pisum wing shape from pea (A. pis_pea) was compared to A. pisum from alfalfa (A. pis_alfalfa) (A), to A. pisum from red clover (A. pis_clover) (B), to Metopolophium dirhodum from wheat (M. dir_wheat) (C), to Rhopalosiphum padi from wheat (R. pad_wheat) (D), to Sitobion avenae from oat (S. ave_oat) (E), to Sitobion avenae from wheat (S. ave_wheat) (F) and to Schizaphis graminum from wheat (S. gra_wheat) (G). [O] . -1

机译：图3：基于轮廓的翼形的比较A. PIS_PEA与七种生物型的其余部分：豌豆（A.PIS_PEA）的acyrthosiphon Pisum翼形状与苜蓿（A.PIS_ALFALFA）的A. PISUM进行比较（ a），从红三叶草（a.pis_clover）（b）中的pisum，到从小麦（m. dir_wheat）（c），从小麦（R. pad_wheat）（d）的Rhopalosiphum padi到Sitobion Avenae的rhopalosiphum padi从燕麦（e），从小麦（s. ave_wheat）（f）和小麦的Schizaphis graminum（s. gra_wheat）（g）的Sitobion Avenae。
8. The Installation of an Engine Nacelle on a Wing PART I—Model Tests on a Symmetrical Wing PART II—Underslung Nacelles on Cambered Wings PART III—Pitching-moment Changes due to Nacelles PART IV—Effects of Fuselage and Tractor Airscrew [R] . R. SMELT, A. G. SMITH, F. SMITH 1950

机译：在翼部件上安装发动机舱部件I型模型在对称翼部件上进行测试第二部分 - 在机翼翼部上的下部发动机舱部件III - 由机舱引起的俯仰力矩变化第四部分 - 机身和拖拉机螺旋桨的影响

RTCs Take The Heat In Wings And Nacelles

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