CREEP RUPTURE STRENGTH OF STEEL GRADE DI59 FOR TPE-216M TYPE BOILER SUPERHEATERS OF THE KHARANORSKAYA STATE REGIONAL ELECTRIC POWER GENERATION STATION (GRES)

V. A. Bogachev; G A. Urusova; M. A. Shumovskaya

首页> 外文期刊>Power Technology and Engineering >CREEP RUPTURE STRENGTH OF STEEL GRADE DI59 FOR TPE-216M TYPE BOILER SUPERHEATERS OF THE KHARANORSKAYA STATE REGIONAL ELECTRIC POWER GENERATION STATION (GRES)

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CREEP RUPTURE STRENGTH OF STEEL GRADE DI59 FOR TPE-216M TYPE BOILER SUPERHEATERS OF THE KHARANORSKAYA STATE REGIONAL ELECTRIC POWER GENERATION STATION (GRES)

机译：KHARANORSKAYA国家区域发电站（GRES）TPE-216M型锅炉过热器的DI59钢等级的蠕变断裂强度

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Creep rupture strength of austenitic chromium-manganese steel grade DI59 is investigated in the temperature range 700 and 750℃ and stress range 30 - 80 MPa not studied previously. It is shown that failure is classical under conditions of metal creep rupture strength exhaustion. Test data are approximated by an equation whose structure is proposed by 1.1. Trunin.

机译：研究了在温度范围为700和750℃，应力范围为30-80 MPa的奥氏体铬锰钢DI59级的蠕变断裂强度，以前没有研究过。结果表明，在金属蠕变断裂强度耗尽的条件下，破坏是经典的。用一个方程式近似测试数据，该方程式由1.1提出。特鲁宁

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《Power Technology and Engineering》 |2015年第6期|467-471|共5页
作者
V. A. Bogachev; G A. Urusova; M. A. Shumovskaya;
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作者单位

JSC 'All-Russia Thermal Engineering Institute,' Moscow, Russia;

JSC 'All-Russia Thermal Engineering Institute,' Moscow, Russia;

JSC 'All-Russia Thermal Engineering Institute,' Moscow, Russia;

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原文格式 PDF
正文语种 eng
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关键词
boiler; steam superheater; austenitic chromium-manganese steel; relative creep strain; time to failure; creep rupture strength;

机译：锅炉;蒸汽过热器奥氏体铬锰钢;相对蠕变应变失败的时间;蠕变断裂强度;

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专利

1. CAUSE OF DAMAGE OF SUPERHEATER DI59-STEEL TUBES OF TPE-216M BOILER AT THE KHARANOR STATE REGIONAL POWER PLANT (GRES) [J] . V. A. Bogachev, T. P. Pshechenkova, B. E. Shkolnikova Power technology and engineering . 2013,第4期

机译：KHARANOR州区域发电厂（GRES）的TPE-216M锅炉超热DI59钢管损坏的原因
2. Long-term creep rupture strength prediction for a new grade of 9Cr martensitic creep resistant steel (G115)—An application of a new tensile creep rupture model [J] . C.C. Jiang, Z. Dong, X.L. Song, Journal of Materials Research and Technology . 2020,第3期

机译：新级9Cr马氏体蠕变钢（G115）的长期蠕变破裂强度预测 - 应用新的拉伸蠕变破裂模型
3. New ECCC assessment of creep rupture strength for steel grade X10CrMoVNb9-1 (Grade 91) [J] . W. Bendick, L. Cipolla, J. Gabrel, International Journal of Pressure Vessels and Piping . 2010,第6期

机译：ECCC对X10CrMoVNb9-1级钢（91级）进行的蠕变断裂强度的新评估
4. Influence of vanadium on the creep rupture strength reduction factor of boiler tubes made of low-alloy creep-resistant steels [C] . J. Sobotlka, K. Thiemel, V. Bina, International Seminar on the Numerical Analysis of Weldability . 2001

机译：钒对低合金蠕变钢制成的锅炉管蠕变破裂强度减小系数的影响
5. Creep Deformation, Rupture Analysis, Heat Treatment and Residual Stress Measurement of Monolithic and Welded Grade 91 Steel for Power Plant Components. [D] . Shrestha, Triratna. 2013

机译：用于电厂部件的整体式和焊接91级钢的蠕变变形，断裂分析，热处理和残余应力测量。
6. Study on Structures and Carbides Changes Observed in Each Specimen Before and After Creep-Rupture Test (Study on type 321 stainless steel intended for high-temperature service such as for superheater and reheater tubes-II) [O] . Mamoru Nishihara, Hiroshi Hirano, Shunji Yamamoto, 1960

机译：蠕变破裂试验前后观察到的结构和碳化物变化（用于高温服务的321型不锈钢研究，如过热器和再热饮料管-II）
7. Heat to Heat Variations in the Creep Rupture Strength of a Modified AISI 316 Grade Stainless Steel [R] . Mathew, M. D., Mannan, S. L., Ray, S. K., 1984

机译：改性aIsI 316不锈钢的蠕变断裂强度的热变化

CREEP RUPTURE STRENGTH OF STEEL GRADE DI59 FOR TPE-216M TYPE BOILER SUPERHEATERS OF THE KHARANORSKAYA STATE REGIONAL ELECTRIC POWER GENERATION STATION (GRES)

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