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Performance estimation of Twin Propeller in Unmanned Aerial Vehicle

机译:无人空中车辆双螺旋桨的性能估算

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The article deals with the experimental investigation of the thrust performance of a twin propeller used in a typical Unmanned Aerial Vehicle. The propeller is fabricated and tested using low speed subsonic wind tunnel to study the performance characteristics. The results obtained show better performance compared to conventional propellers. The presence of twin propeller has increased the stall characteristics at low Reynolds number. The results indicate a substantial increase in thrust generation of up to 25 percent. The payload carrying capacity and handling quality will improve using this technique during pandemic to spray disinfectants. The results obtained provide an alternate design for future propellers applications. Further it is observed that the endurance of the Unmanned Aerial Vehicle can be reduced considerably, by few alternate solution.
机译:本文涉及在典型的无人机车辆中使用的双螺旋桨推力性能的实验研究。使用低速子风洞制造和测试螺旋桨,以研究性能特性。与传统螺旋桨相比,获得的结果显示出更好的性能。双螺旋桨的存在在低雷诺数下增加了失速特性。结果表明推力产生的大幅增加高达25%。有效载荷容量和处理质量将在大流行期间使用这种技术改善喷雾消毒剂。获得的结果为未来推进器应用提供了替代设计。此外,观察到,通过几个替代的解决方案,可以显着降低无人驾驶飞行器的耐久性。

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  • 来源
    《INCAS Bulletin》 |2020年第2期|共7页
  • 作者

    G. PRASAD;

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