安-148、安-158和安-178飞机的现代化原则,以提高其燃油效率和提高竞争力

Volodymyr Shmyrov, V. Merkulov, V. Loginov
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引用次数: 0

摘要

为了给安-148和安-158中程飞机创造新的竞争优势,考虑了D-436-148FM发动机在这些飞机上的应用。这将扩大飞机的飞行范围,减少地面噪音和发动机的有害排放物。D-436-148FM发动机在最大紧急模式下的实现推力比D-436-148D发动机的推力高出19.4%,这是一个显著的特点。这是通过优化风扇、改进燃烧室和涡轮叶栅实现的。已经进行了所需数量的台架试验和飞行试验。发动机的认证目前正在完成。安东诺夫国有企业和伊夫琴科进步国有企业的专家研究了在安-148和安-158飞机系列上安装D-436-148FM发动机的问题。不需要改变发动机和飞机的设计。发动机安装在相同的桥架上,没有改变机舱和发动机罩。对与发动机相关的能量依赖系统进行了研究。根据飞机飞行手册,不需要对发动机工作模式的相关系统进行根本性的改变。对安装D-436-148D发动机和D-436-148FM发动机的安-158飞机进行了飞行技术特性和飞行着陆特性的比较工程分析。数据来自安-158认证飞机的飞行试验,考虑了风洞研究、安-178飞机的飞行试验、安-158飞行手册的数据以及D-436-148D和D-436-148FM发动机的高度和速度性能。计算得到的D-436-148FM发动机的高度和速度特性通过安-178飞机的飞行试验得到证实。通过对安装D-436-148D发动机的安-158飞机与D-436-148FM在不同大气条件下运行的技术经济特性的比较,进行了发动机更换的可行性研究。提出了以单一发动机为基础,创建不同配置和用途的运输类飞机家族的原则
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Principle of Modernization of the Aircraft An-148, An-158, and An-178 for Improving Their Fuel Efficiency and Increasing Competitiveness
In order to create new competitive advantages for the medium-haul aircraft An-148 and An-158, the application of the D-436-148FM engine for these aircraft has been considered. This would expand the operational range of aircraft flights, reduce noise on the ground, and harmful emissions from the engine. A distinctive feature is the achieved thrust of the engine D-436-148FM undera maximum emergency mode, 19.4 % higher than the thrust of the engine D-436-148D. That was made possible by optimizing the fan, improving the combustion chamber, and turbine cascade. The required amount of bench and flight tests has been performed. The engine certification is currently being completed. Specialists at the Antonov State Enterprise and Ivchenko-Progress State Enterprise studied the issue of installing the D-436-148FM engine on the An-148 and An-158 aircraft family. No changes to the design of the engine and aircraft are required. The engine is mounted on the same pylons without changes to the nacelle and engine bonnets. Energy-dependent systems associated with the engine have been investigated. There is no need for the fundamental changes in related systems for the engine’s operational modes according to the Aircraft Flight Manual. An engineering analysis of the comparison of flight-technical and flight-landing characteristics of the An-158 aircraft equipped with the engines D-436-148D and D-436-148FM has been performed. The data were obtained from the flight tests of the An-158 certified aircraft, taking into consideration the wind tunnel studies, flight tests of the An-178 aircraft, data from the An-158 Flight Manual, and the altitude and speed performance of the D-436-148D and D-436-148FM engines. The altitude and speed characteristics of the D-436-148FM engine, which have been calculated, were confirmed by the flight tests of the An-178 aircraft. A feasibility study of engine replacement has been carried out, based on the comparison of the technical and economic characteristics of the An-158 aircraft equipped with the D-436-148D engine and D-436-148FM operated in various atmospheric conditions. The principle of creating a family of aircraft of transport category of different configurations and purposes, based on a single engine, has been proposed
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