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Water condensation in low pressure steam turbine : a nucleation theory - Part II

机译:低压蒸汽轮机中的水冷凝:成核理论-第二部分

摘要

In the study of the condensation phenomenon in the operation of steam turbine, the existence of two-phase flow in the low pressure stage becomes significant in causing problems regarding the blade life span and efficiency reduction. The increase of wetness percentage in the steam turbine could reduce the overall efficiency of steam turbine. This second part of study highlights the extent of the evolution of the nucleation theory and its significant impact to the steam turbine blading design. Despite the central position of being power driven mechanism, only limited number of study have been carried out regarding the problems associated with the operation and design of these machines in comparison with that given to other prime movers. This paper will introduce some basic concept of the early to recent study towards investigating the nucleation theory in low pressure steam turbine.
机译:在研究汽轮机运转中的凝结现象时,在低压级中存在两相流对于引起有关叶片寿命和效率降低的问题变得很重要。汽轮机中湿度百分比的增加会降低汽轮机的整体效率。研究的第二部分突出了成核理论的发展范围及其对蒸汽轮机叶片设计的重大影响。尽管作为动力驱动机构处于中心位置,但是与其他原动机相比,关于与这些机器的操作和设计相关的问题仅进行了有限的研究。本文将介绍早期研究的一些基本概念,以研究低压蒸汽轮机的成核理论。

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  • 作者

    Mohsin R.; Abd. Majid Z.;

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  • 年度 2008
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  • 正文语种 en
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