1) helical baffles
螺旋形折流板
1.
The Computational Fluid Dynamics(CFD)method has been applied to simulate both shell-side fluid in single segmental baffles and helical baffles heat exchangers under the same operational parameters.
运用CFD数值模拟方法对比了相同操作参数单弓形折流板换热器和螺旋形折流板换热器的性能,并对不同介质下两种折流板换热器壳程的流动阻力和传热效果进行分析比较。
2) helical baffle
螺旋折流板
1.
Numerical simulation of shell fluid flow for helical baffle heat exchanger;
螺旋折流板换热器壳程流体流动的数值模拟
2.
Determination of helical lead distance of shell-and-tube heat exchanger with helical baffles;
螺旋折流板换热器螺距计算的通用公式
3.
Experimental investigation on heat transfer and resistance of helical baffle heat exchanger with wave-groove tubes;
螺旋折流板波槽管换热器换热与阻力实验研究
3) spiral baffle
螺旋折流板
1.
The condensing performance of 6 spiral baffle condensers of flat roof and different spiral angles and with or without uncorked slots are tested on a test bench.
在螺旋折流板冷凝器测试平台上,分别测试螺旋角25°,30°,40°无搭接有／无泄流槽六种螺旋折流板冷凝器的冷凝性能,结果表明,有泄漏槽比没有泄漏槽的螺旋折流板冷凝器冷凝效果更好,前者壳程总传热系数较后者高4。
2.
Taking spiral angle of 40°,for example,a mainly test and research on the rule of coefficient heat transmission and pressure drop in spiral baffled condenser.
以40°螺旋角为例,研究了螺旋折流板冷凝器壳程传热性能与阻力性能的变化规律,给出了螺旋折流板冷凝器壳程传热系数及压力降的经验计算公式。
3.
Performance test of heat transfer and pressure drop was done in the spiral baffle heat exchangers with spiral angle of 12°,18°,30° and 40°.
对螺旋角为12,°18,°30,°40°的单螺旋折流板换热器进行传热性能和壳程压力降性能测试,并应用英国传热协会的换热器计算软件对螺旋折流板换热器进行计算,得到了相应结构下的总传热系数和压力降。
4) helical baffles
螺旋折流板
1.
Investigation on performance of oil-cooler with coronal fin tubes supported by helical baffles;
螺旋折流板冠形翅片管油冷器性能的研究
2.
Performance of heat exchangers with helical baffles in different structural and operational parameters;
结构和操作参数对螺旋折流板换热器性能影响
3.
Local heat transfer and flow resistance in shell-side of shell-tube heat exchanger with helical baffles;
螺旋折流板管壳式换热器壳程局部传热及流阻
5) helical baffled orifice plate
螺旋折流孔板
1.
The properties of heat transfer and flow resistance in helical baffled orifice plate supported by tubular heat exchanger are analyzed and the correlation equations for the coefficients of heat transfer and flow resistance in the shell side are presented.
对螺旋折流孔板管壳式换热器壳程的传热与流体阻力做了研究 ,给出换热器壳程传热与流阻的计算关联式 ,并采用实验模型对换热器壳程流体旋转流的阻力系数与传热管的局部传热系数做了测试 ,且对光滑和菱形翅片两种管型作了对
6) continuous baffles
连续螺旋折流板
1.
Experimental study on dynamic behaviors for shell-and-tube heat exchangers with continuous baffles;
连续螺旋折流板换热器动态特性研究
补充资料：Seifert流形
Seifert流形
Seifert manifold
Sd血蛇流形[晓ife蛇叮.浦创d;3e盛中epTa Muoroo6pa，3“e) 具有战饭成纤维化(Se晚rtfibr’a1jon)的流形.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条