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METHOD OF CONTROL OF BOUNDARY LAYER ON SURFACE OF THICK-SECTION WING AND DEVICE FOR REALIZATION OF THIS METHOD

机译:控制厚翼机翼表面边界层的方法及实现该方法的装置

摘要

FIELD: aviation; control of boundary layer on surface of thick-section wings, mainly low-aspect-ratio wings for change of aerodynamic characteristics of flying vehicle. SUBSTANCE: method consists in increase of velocity of flow over upper surface of thick-section with. Flow incoming on upper surface of wing is directed to passage formed on upper surface of wing. Flow is accelerated by traction engine of flying vehicle mounted in passage of aft section. Additional flows of air are smoothly sucked along upper surface of wing. Device for control of boundary layer includes unit for increasing the air velocity over upper surface of wing. Device has passage communicated with incoming flow through slots transversal relative to flow. At least one traction engine is mounted in passage in aft section of wing. Passage is formed by upper surface of wing and vertical shields projecting above it and located over side edges of wing. Passage is also formed by system of flaps which connects shields forming slots transversal relative to incoming flow. Each flap has form of thin-section wing. EFFECT: improved aerodynamic characteristics of thick-section wing. 3 cl, 2 dwg
机译:领域:航空;控制厚壁机翼表面的边界层,主要是低纵横比机翼,以改变飞行器的空气动力特性。实质:方法在于增加厚截面上表面的流速。在机翼上表面上进入的流被引导到在机翼上表面上形成的通道。通过安装在后部通道中的飞行器的牵引发动机来加速流动。额外的空气流沿着机翼的上表面被平稳地吸入。用于控制边界层的装置包括用于增加机翼上表面上的空气速度的单元。设备具有与进入的流体连通的通道,该通道通过相对于流体横向的槽。在机翼的后部部分的通道中安装至少一个牵引发动机。通道是由机翼的上表面和在机翼上方突出并位于机翼侧边缘上方的垂直护板形成的。通道也由襟翼系统形成,该襟翼系统连接形成相对于输入流横向的槽的屏蔽件。每个襟翼都有薄型机翼的形式。效果:改善了厚截面机翼的空气动力学特性。 3厘升,2公升

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