Advanced HP／IP Blading Technologies for the Design of Highly Efficient Steam Turbines

MathiasDeckers; ErnstWilhelmPfitzinger; WilfriedUlm

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Advanced HP／IP Blading Technologies for the Design of Highly Efficient Steam Turbines

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摘要

This paper presents Siemens’ latest improvements in steam turbine blading and blading design tools. The technology offers improved performance and highest efficiencies for a wide range of steam turbine applications.

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来源
《热力透平》 |2004年第300期|209-215|共7页
作者
MathiasDeckers; ErnstWilhelmPfitzinger; WilfriedUlm;
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作者单位

SiemensAG,PowerGeneration（PG）,MuelheimanderRuhr,Germany;

SiemensWestinghousePowerCorporation,Orlando-Florida,USA;

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原文格式 PDF
正文语种 CHI
中图分类设计、计算;
关键词
蒸汽轮机; 西门子公司; 叶片装置; HP／IP;

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专利

1. Advanced HP/IP Blading Technologies for the Design of Highly Efficient Steam Turbines [J] . Mathias Deckers ,Ernst Wilhelm Pfitzinger ,Wilfried Ulm . 热力透平 . 2004,第004期
2. ADVANCED HIGH GRADIENT TECHNOLOGY FOR CASTING OF SUPERALLOY TURBINE BLADES [J] . E.N. Kablov(All-Russian Scientific Research Institute of Aviation Materials (VIAM) 17 Radio St. Moscow Russia ) . 金属学报：英文版 . 1996,第6期
3. Advanced Welding Technology for Highly Stressable Multi-Material Designs with Fiber-Reinforced Plastics and Metals [J] . Holger Seidlitz ,Sebastian Fritzsche ,Marcello Ambrosio . 复合材料期刊（英文） . 2017,第3期
4. Investigation of the steam-cooled blade in a steam turbine cascade [J] . Dieter Bohn ,Jing Ren ,Karsten Kusterer . 航空动力学报 . 2007,第5期
5. Design of a efficient sewage technology for grouper production [C] . Xiaoyong Xie . 第五届“全国石斑鱼类繁育与养殖产业化”论坛 . 2014
6. Design and Structural studies of Composite Wind Turbine Blade using Finite Element Method [A] . Ibrohim Rustamov . 2012

Advanced HP／IP Blading Technologies for the Design of Highly Efficient Steam Turbines

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