板壳式换热器,plate-shell heat exchanger
1)plate-shell heat exchanger板壳式换热器
1.Research on strength and FEA of seal plate in compactplate-shell heat exchanger;特殊板壳式换热器封板的有限元模拟及强度研究
2.The application in CCR unit for SINOPEC Yanshan company and feature ofplate-shell heat exchanger were introduced.介绍了反应进出料板壳式换热器在燕山石化重整装置中的应用情况,并与管壳式换热器进行了对比。
英文短句/例句
1.Abstract: Plate-shell heat exchanger (PSHE) is new equipment of combining the advantage of shell and tube heat exchanger and plate heat exchanger.文摘:板壳式换热器是集板式换热器和管壳式换热器优点于一身的新型换热设备。
2.Application of Plate-shell Heat Exchanger in CCR Unit Yanshan Company板壳式换热器在燕山石化重整装置中的应用
3.Research of Key Technologies of Thermal Conductive Composite Compact Plate-Shell Heat Exchanger;导热复合材料紧凑型板壳式换热器关键技术研究
4.The type selection of Shell-And-Tube Heat Exchanger and Plate Heat Exchanger管壳式换热器与板式换热器选型参考
5.Connecting Form Betwween Shell Body and Tubesheet of Shell-and-Tube Heat Exchanger管壳式换热器中壳程筒体与管板连接形式
6.The Active Connection Technology about Heat Exchange Tube and Tube-sheet管壳式换热器中换热管与管板的活性连接技术
7.NUMERICAL STUDIES ON COMBINED MULTIPLE SHELL-PASS SHELL-AND-TUBE HEAT EXCHANGER WITH HELICAL BAFFLES组合式多壳程螺旋折流板管壳式换热器数值模拟研究
8.Tube and Tubesheet Design Methods for Tubular Heat Exchanger with a Central Pipe;带中心管的管壳式换热器管板与换热管设计方法研究
9.Tubular heat exchangersGB151-1999管壳式换热器
10.Progress in Study of Intensification of Heat Transfer in Shell Side of Shell and Tube Heat Exchanger管壳式换热器壳程强化传热研究进展
11.Numerical Simulation and Discussion of the Enhanced Heat Transfer Mechanism in Continuous Spiral-Shaped Baffle Shell and Tube Heat Exchangers连续形螺旋折流板管壳式换热器强化传热机理的数值模拟
12.Discussion of heat exchange plate micro-distortion characteristics of plate exchanger板式换热器换热板片微变形特性浅析
13.Numerical simulation of shell-side flow and heat transfer characteristics in shell-and-tube heat exchanger管壳式换热器壳程流体流动与换热的数值模拟
14.Thermal exchanger has applied Afla Valve Plate Type Thermal Exchanger from Sweden.换热器采用瑞典阿法拉阀板式换热器。
15.fixed tube sheet type heat exchanger固定管板式热交换器
16.bare-tube coil heat exchanger光板盘管式热交换器
17.Experiment Research on Ties Enhanced Heat Transfer of Shell-and-tube Exchanger管壳式换热器纽带强化传热实验研究
18.Numerical Simulation of Shell-and-tube Heat Exchanger and Research on Sideling-flow Heat Exchanger管壳式换热器数值模拟与斜向流换热器研究
相关短句/例句
plate shell heat exchanger板壳式换热器
1.Althoughplate shell heat exchanger(PSHE) is developed after plate heat exchanger(PHE), it can be applied to several heat and mass transfer processes that PHE can"t do, especially for those involve liquid film distribution, due to its open outside channels of the plate surfaces.板壳式换热器是从板式换热器发展而来 ,但其敞开的板外侧通道可以实现多种板式换热器所不能完成的传热过程 ,特别是液膜传热传质过程。
2.The application and main characteristics of theplate shell heat exchangers were introduced in this article.介绍板壳式换热器的主要特点和应用。
3)lamella heat exchanger板壳式换热器
1.A comparision of the structure and performance of three heat exchangers —— shell-and-tupe heat exchanger、plate type heat exchanger andlamella heat exchanger is covducted in this paper.文中对管壳式换热器、板式换热器和板壳式换热器从结构和性能方面进行了简单比较,结果表明:板壳式换热器结合了管壳式换热器高温高压和板式换热器结构紧凑及传热系数高等优点,更具应用前景。
4)Casing-structure Heat-exchanger板壳换热器
5)helical plate heat exchanger螺旋板壳式换热器
6)compact plate-shell heat exchanger紧凑型板壳式换热器
1.The optimization design of guide shell is very important forcompact plate-shell heat exchangers.对于紧凑型板壳式换热器,导流结构的优化设计是至关重要的。
延伸阅读
板壳式换热器以板管作为传热元件的换热器，又称薄片换热器。它主要由板管束和壳体两部分组成(图中)。将冷压成形的成对板条的接触处严密地焊接在一起,构成一个包含多个扁平流道的板管（图中）。许多个宽度不等的板管按一定次序排列。为保持板管之间的间距,在相邻板管的两端镶进金属条,并与板管焊在一起。板管两端部便形成管板，从而使许多板管牢固地连接在一起构成板管束。板管束的端面呈现若干扁平的流道 (图中)。板管束装配在壳体内，它与壳体间靠滑动密封消除纵向膨胀差。设备截面一般为圆形,也有矩形、六边形等。A流体在板管内流动,B流体则在壳体内的板管间流动。板壳式换热器是介于管壳式换热器和板式换热器之间的一种结构形式，它兼顾了二者的优点:①以板为传热面,传热效能好。传热系数约为管壳式换热器的 2倍。②结构紧凑，体积小。③耐温、抗压，最高工作温度可达800℃,最高工作压力达 6.3兆帕。④扁平流道中流体高速流动，且板面平滑，不易结垢，板束可拆出，清洗也方便。但这种换热器制造工艺较管壳式换热器复杂,焊接量大且要求高,因而它的推广应用受到一定限制。板壳式换热器用于化工、造纸、制药和食品等工业部门。典型产品主要用于要求传热效能好而停留时间短的食品、医药等加工工业。
