企鹅表演电风扇(EDF)

B. Junaidin, Satya Wicaksono
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引用次数: 0

摘要

EDF是一种电力推进装置,由管道、风扇和电动机组成,电动机的动力源来自电池,电池产生压缩空气以提供推力。EDF的设计和配置并不像喷气发动机那样复杂,但它可以像高速无人机那样产生高速飞行所需的高推力。EDF的初步设计产生了设计和性能估计。该设计需要通过实际性能数据的实验测试来验证。测试需要测试工具和EDF本身。本研究的目的是对EDF的实际性能数据进行实验测试,以验证现有设计。性能测试由EDF试验台完成,因此EDF的制造过程采用3D打印技术。试验结果表明,EDF的性能与分析方法估计的结果存在差异。试验结果表明,电火花炉的推力低于初步设计估算值,不符合设计要求,需要进行精细化设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengujian performa Electric Ducted Fan (EDF)
EDF is an electric propulsion consists of a duct, fan, and electric motor with the motor power source coming from a battery which creates compression air for thrust. The design and configuration of an EDF is not complicated as a jet engine, but it could generate high thrust for highspeed flying like highspeed UAV needs. The preliminary design of an EDF yields a design and performance estimation. The design needs validation by experimental tests for real performance data. The test needs test tools and EDF itself. The aim of this research is experimental testing of an EDF for real performance data as validation of the existing design. The performance test is done by EDF test bed hence the manufacturing process of EDF is done by 3D printing. Test results show differences in performance of EDF with estimation results by analytical approach. The thrust of EDF from the experimental test is lower than the estimation calculation from the preliminary design, so the EDF does not fill the design criteria yet and needs refinement design.
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