Design and Development of the Engine Unit for a Twin-Rotor Unmanned Aerial Vehicle

G. Avanzini; G. de Matteis; S. D’Angelo

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Design and Development of the Engine Unit for a Twin-Rotor Unmanned Aerial Vehicle

机译：双旋翼无人机的发动机单元设计与开发

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Advanced computer-aided technologies played a crucial role in the design of an unconventional Uninhabited Aerial Vehicle (UAV), developed at the Turin Technical University and the University of Rome “La Sapienza”. The engine unit of the vehicle is made of a complex system of three two stroke piston engines coupled with two counter-rotating three-bladed rotors, controlled by rotary PWM servos. The focus of the present paper lies on the enabling technologies exploited in the framework of activities aimed at designing a suitable and reliable engine system, capable of performing the complex tasks required for operating the proposed rotorcraft. The synergic use of advanced computational tools for estimating the aerodynamic performance of the vehicle, solid modeling for mechanical components design, and rapid prototyping techniques for control system logic synthesis and implementation will be presented.?

机译：先进的计算机辅助技术在都灵技术大学和罗马大学“ La Sapienza”开发的非常规无人飞行器（UAV）的设计中起着至关重要的作用。车辆的发动机单元由复杂的系统组成，该系统由三个两冲程活塞式发动机和两个由旋转PWM伺服器控制的反向旋转的三叶转子组成。本文的重点在于在旨在设计合适和可靠的发动机系统的活动框架中开发的使能技术，该系统能够执行操作拟议的旋翼机所需的复杂任务。将介绍如何协同使用先进的计算工具来评估车辆的空气动力学性能，用于机械部件设计的实体模型以及用于控制系统逻辑综合和实现的快速原型技术。

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《Acta polytechnica》 |2005年第4期|共页
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G. Avanzini; G. de Matteis; S. D’Angelo;
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机译：双旋翼无人机的发动机单元设计与开发
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7. Design and Development of the Engine Unit for a Twin-Rotor Unmanned Aerial Vehicle [O] . G. Avanzini, S. D’Angelo, G. de Matteis 2005

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Design and Development of the Engine Unit for a Twin-Rotor Unmanned Aerial Vehicle

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