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DYNAMIC-COMPATIBILITY OF-ROTARY-WING AIRCRAFT PROPULSION COMPONENTS BY

机译：旋转飞行器推进部件的动力相容性

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John M. Vance; Iohn V. Vance; Eujstis Di-rectorate;
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年度 1973
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专利

1. 变推力作用下的柔性旋转飞行器动力学建模 [J] . 朱怀亮, 余磊, 梁思辉, 上海大学学报（英文版） . 2008,第002期
2. Challenges of future aircraft propulsion: A review of distributed propulsion technology and its potential application for the all electric commercial aircraft [J] . Amir S. Gohardani, Georgios Doulgeris, Riti Singh Progress in Aerospace Sciences . 2011,第5期

机译：未来飞机推进的挑战：分布式推进技术及其在全电动商用飞机中的潜在应用综述
3. An assessment of distributed propulsion: Part B - Advanced propulsion system architectures for blended wing body aircraft configurations [J] . Kirner Rudi, Raffaelli Lorenzo, Rolt Andrew, Aerospace science and technology . 2016,第Mara期

机译：分布式推进的评估：B部分-混合机翼飞机配置的先进推进系统架构
4. An assessment of distributed propulsion: Advanced propulsion system architectures for conventional aircraft configurations [J] . Kirner Rudi, Raffaelli Lorenzo, Rolt Andrew, Aerospace science and technology . 2015,第OCTaaNOVa期

机译：分布式推进的评估：传统飞机配置的高级推进系统架构
5. Mechanical Components Design for a Hybrid Assisted Regenerative Turbofan Engine (HARTFE) Configuration for Future Aircraft propulsion [C] . Ussama Hamid, Hamza Tariq, Ali Sarosh, International Bhurban Conference on Applied Sciences and Technologies . 2021

机译：用于未来飞机推进的混合辅助再生涡轮机（HARTFE）配置的机械部件设计
6. Sensitivity and Estimation of Aerodynamic, Propulsion, and Inertial Parameters for Rudderless Aircraft Using Simulation [D] . Thurgood, Jaden. 2021

机译：利用模拟对空气动力学，推进和惯性参数的敏感性和估计
7. Measurements of Aerodynamic Interference of a Hybrid Aircraft with Multirotor Propulsion [O] . Zbigniew Czyż, Mirosław Wendeker 2020

机译：多旋翼混合动力飞机气动干扰的测量
8. Optimal Voltage and Current Selection for Turboelectric Aircraft Propulsion Networks [O] . Kingsley Ibrahim, Suresh Sampath, Devaiah Nalianda 2020

机译：涡轮电机推进网络的最佳电压和电流选择

DYNAMIC-COMPATIBILITY OF-ROTARY-WING AIRCRAFT PROPULSION COMPONENTS BY

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