本发明涉及一种从管束热交换器的管中除去固体物质的方法。
The invention relates to a method for removing solid matter from the pipes of a heat exchanger consisting of a bundle of pipes.
选择矩形翅片圆管束热交换器作为激光器的散热部件，并进行了换热计算。
Rectangle fin circle tube heat exchanger is chosen as the laser's radiator, and its conducting heat is calculated.
研究结果为亚临界雷诺数范围内热交换器管束的复杂流体诱导振动等问题提供了一种可能的计算方法。
The proposed method enables to simulate complex flow induced vibration occurring in heat exchanger tube bundles at sub-critical Reynolds number.
给出了旋转机械的转子、叶片、轴承、壳体、热交换器的管束和振动机械的可靠性设计分析方法和一些应用实例。
Reliability design methods of rotors, blades, bearing and outside cages of rotary machinery and vibration machinery, as well as tubes of heat changer are elucidated with some practical examples.
本文提出了一种新型容积式热交换器，该热交换器的传热元件采用弹性管束。
Presented in this paper is a new type of storage heat exchangers with elastic tube Banks serving as heat transfer elements.
管束式热交换器。管子分布。管底座钻孔直径。导向扇形块和支承板。
Tubular heat exchangers; tube pitches, diameter of bores in tube sheets, baffles and support plates.
管束式热交换器。管子分布。管底座钻孔直径。导向扇形块和支承板。
Tubular heat exchangers; tube pitches, diameter of bores in tube sheets, baffles and support plates.
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