Renewal of Elements and Construction Units of Gas Turbine Engines by Means EBW

机译：燃气涡轮发动机的元素和施工单位的更新

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Renewal of gas turbine engines(GTE)is very urgent and at the same time highly complicated technical task.A cost effective alternative to new replacement parts is the restoration of the damaged or worn construction units and elements of GTE,including compressor and fan blades,as well as guide cases and hydraulic cylinders of nozzle block.The work contains the results of the development of reliable and efficient methods of gas turbine parts renewal by means electron beam welding.The technology of repair of three types of blade airfoil defects,replacement of damaged guide vanes and restoration of worn hydraulic cylinders was mastered.It is confirmed that electron beam welding is ideal for the solution of aircraft GTE constaiction units repair problems.

机译：燃气涡轮发动机更新（GTE）非常紧急，同时高度复杂的技术任务。成本效益替代新的替代部件是恢复损坏或磨损的施工单元和GTE的元件，包括压缩机和风扇刀片，以及喷嘴模块的导向箱和液压缸。作品含有通过电子束焊接更新的燃气轮机零件的可靠和高效方法的开发结果。三种类型的刀翼缺陷的修复技术，更换掌握了损坏的导叶和磨损液压缸的恢复。确认电子束焊接是飞机GTE组成单位修复问题的理想选择。

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《International Scientific Practical Conference - Innovative Technologies in Engineering》|2019年|381 p.|共8页
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V M Nesterenkov; Yu V Orsa; K S Khripko;
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中图分类工程材料学;
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1. RESTORATION REPAIR OF ELEMENTS AND UNITS OF GAS TURBINE ENGINES [J] . V.M. NESTERENKOV, Yu.V. ORSA, K.S. KHRIPKO, The Paton Welding Journal . 2017,第Nova期

机译：恢复修复燃气轮机的元素和单位
2. A Model for Recognition of Geometrical Elements of Blade Feathers of Gas-Turbine Engines [J] . V. A. Pechenin, M. A. Bolotov, N. V. Ruzanov Journal of Machinery Manufacture and Reliability . 2018,第3期

机译：燃气轮机叶片羽毛几何元素识别模型
3. Technological features of the coatings applying on the gas-turbine engines elements using HVOF method [J] . Frolov V. A., Poklad V. A., Ryabenko B. V. Сварочное　производство . 2003,第11期

机译：HVOF方法应用于燃气轮机发动机元件的涂层的技术特征
4. Renewal of Elements and Construction Units of Gas Turbine Engines by Means EBW [C] . V M Nesterenkov, Yu V Orsa, K S Khripko International Scientific Practical Conference - Innovative Technologies in Engineering . 2019

机译：燃气涡轮发动机的元素和施工单位的更新
5. Modelling the Effects of Element Doping and Temperature Cycling on the Fracture Toughness of beta-Nickel-Aluminium / alpha-Aluminium Oxide Interfaces in Gas Turbine Engines. [D] . Samson, Tyler. 2013

机译：模拟元素掺杂和温度循环对燃气轮机中β-镍-铝/α-铝氧化物界面断裂韧性的影响。
6. Single-Coil Eddy Current Sensors and Their Application for Monitoring the Dangerous States of Gas-Turbine Engines [O] . Sergey Borovik, Yuriy Sekisov 2020

机译：单线圈涡流传感器及其在燃气轮机危险状态监测中的应用
7. Diagnostics of the units of aviation gas turbine engines washed with lube lubricant according to the results of the flush sample analysis of the diagnostic layer of filter elements [O] . V. G. Drokov, V. V. Drokov, V. V. Muryshchenko, 2018

机译：自动燃气轮机单元的诊断根据润滑剂润滑剂洗涤，根据滤波器元件的诊断层的冲洗样本分析结果
8. Explicit Finite Element Modeling of Multilayer Composite Fabric for Gas Turbine Engine Containment Systems, Phase II. Part 4: Model Simulation for Ballistic Tests, Engine Fan Blade-Out, and Generic Engine [R] . Vintilescu, I. V. 2009

机译：燃气涡轮发动机密封系统多层复合织物的显式有限元模拟，第二阶段。第4部分：弹道测试，发动机风扇叶片和通用发动机的模型仿真

Renewal of Elements and Construction Units of Gas Turbine Engines by Means EBW

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