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THE CYCLIC CREEP ANALYSIS OF TURBINE BLADE MADE OF SINGLE CRYSTAL MATERIAL

机译：单晶材料涡轮叶片的循环蠕变分析

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In this paper, the calculations of stress cycling and stress cycling with temperature simultaneously of turbine blade which is made of single crystal material are carried out, and the cyclic creep results in two conditions are obtained. The analysis of comparison between the static creep and the results obtained is also done at the same time.

机译：本文对由单晶材料制成的透平叶片同时进行了应力循环和温度应力循环的计算，得出了两种条件下的循环蠕变结果。静态蠕变和获得的结果之间的比较分析也同时进行。

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《Machine elements》|1996年|P.132|共1页
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作者
Rao Shouqi; Meng Chunling; Wu Bin;
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正文语种
中图分类机械零件及传动装置;
关键词
single crystal material; turbine blade; cyclic creep;

机译：单晶材料;涡轮叶片;循环蠕变;

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专利

1. THERMAL CYCLIC CREEP AND LONG-TERM STRENGTH OF THE MATERIAL OF AIRCRAFT GAS TURBINE BLADES AFTER OPERATION [J] . B. S. Karpinos, V. V. Samuleev, B. A. Lyashenko Strength of Materials . 2013,第5期

机译：运行后飞机燃气轮机叶片材料的热循环蠕变和长期强度
2. Tool wear behavior of vitrified microcrystalline alumina wheels in creep feed profile grinding of turbine blade root of single crystal nickel-based superalloy [J] . Miao Qing, Ding Wenfeng, Kuang Weijie, Tribology International . 2020,第期

机译：玻璃型微晶氧化铝车轮在单晶镍高超合金涡轮叶片根型蠕动馈电型磨削型磨削型玻璃叶片的刀具磨损行为
3. Crystallographic life model for single crystal turbine blade and validation by the miniature specimens cut from the turbine blades [J] . Zhixun Wen, Naixian Hou, Baizhi Wang, Multidiscipline modeling in materials and structures . 2010,第4期

机译：单晶涡轮叶片的结晶学寿命模型，并通过从涡轮叶片上切下的微型试样进行验证
4. THE CYCLIC CREEP ANALYSIS OF TURBINE BLADE MADE OF SINGLE CRYSTAL MATERIAL [C] . Rao Shouqi, Meng Chunling, Wu Bin Machine elements . 1996

机译：单晶材料涡轮叶片的循环蠕变分析
5. Quasi Three-Dimensional Flutter Analysis of Single-row STCF4 Turbine Blade Cascade in Supersonic Flow. [D] . Yin, Jiadong. 2013

机译：超音速流中单行STCF4涡轮叶片级联的准三维颤振分析。
6. The Influence of the Cooling Bores on Crystal Orientation and Lattice Parameter in Single-Crystalline Cored Turbine Blades [O] . Jacek Krawczyk, Włodzimierz Bogdanowicz, Jan Sieniawski 2021

机译：冷却孔对单晶芯片叶片晶体取向和晶格参数的影响
7. Numerical Study of the Material Characteristics Anisotropy Influence on the Single-Crystal Turbine Blades Strength Using a Developed Creep Model [O] . B. E. Vasilyev 2015

机译：用发展蠕变模型研究材料特性各向异性对单晶涡轮叶片强度影响的数值研究
8. Creep damage in a single crystal turbine blade alloy [R] . Jansson, C. , Berglin, L. , Henderson, P. 1998

机译：单晶涡轮叶片合金中的蠕变损坏

THE CYCLIC CREEP ANALYSIS OF TURBINE BLADE MADE OF SINGLE CRYSTAL MATERIAL

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