优化翅片,optimized fin
1)optimized fin优化翅片
2)optimal type selection of fins优选翅片
3)enhanced fin强化翅片
1.Issue regarding the applicability ofenhanced fins was raised and then discussed with the fin-tube heat exchanger as an example.提出强化翅片的适用性问题并以管翅式换热器为例进行了讨论,认为管翅式换热器空气侧流路由三要件所组成,即换热器、换热器外部风路和风机,指出强化翅片的效果不仅与翅片自身的性能有关而且与外部风路流阻的相对大小有关。
4)enhanced fin-tube test sample强化翅片板芯
1.On the basis of the actuality,a newlyenhanced fin-tube test sample of radiator used for diesel locomotive is designed and tested by vapor condensing experiment on the wind tunnel test rig.为此 ,设计了一种新型内燃机车散热器强化翅片板芯 ,并在风洞试验台上进行蒸汽凝结试验 。
5)Fin[英][f?n][美][f?n]翅片
1.Mechanical analysis of fin"s integral shaping process;翅片整体成形过程的有限元分析
2.3D-Simulation of Thermal Process on the Surface of CorrugatedFin and FlatFin;换热器翅片表面空气流动热力过程的三维数值模拟
3.The measurements and study advances for the heat transfer enhancement of outer fins of tube;管外翅片强化传热途径与研究进展
英文短句/例句
1.pressing process of heat exchange plate or fin换热板片或翅片的冲压
2.high frequency welded spiral fin tube高频焊接螺旋翅片管
3.Experimental Study on Processing Quality of Fins in Plate-fin Heat Exchanger;板翅式换热器翅片加工质量的实验研究
4.Analysis on the Development & Application of Heat Exchanger with Cooper Fin Part Ⅰ: Comparison of Copper Fin and Aluminum Fin Heat Exchangers铜翅片换热器开发应用的分析Ⅰ——铜、铝翅片换热器性能对比
5.Numerical simulation of the new fin tube heat transfer performance effected by fin spacing翅片间距对新型翅片管换热性能影响的数值模拟
6.double pipe longitudinal finned exchanger双套管式纵向翅片换热器
7.Study on Microstructures and Mechanical Property of Al0.2Mn0.3Fe Wing-foil;Al0.2Mn0.3Fe翅片铝箔的组织和性能研究
8.The Surface Frosting Mechanism Research of Fin-tube Heat Exchanger under Low-temperature;低温翅片管换热器表面结霜机理研究
9.Study of Heat Transfer for Wet Mixture Gas Flowing over a Finned Tube;含湿混合气体横掠翅片管的换热研究
10.Experimental Study of Frosting Process on a Vertical Star-Shaped Finned-Tube竖直星型翅片管结霜性能的实验研究
11.TO RESEARCH AND ANALYSE THE PARAMETER INFLUENCE OF HEATING EXCHANGER’S GAP FIN换热器开缝翅片的参数影响分析研究
12.Heat Transfer Study on U-tube of ACC空冷凝汽器U型翅片管换热特性研究
13.CFD study on serrated fin performance at different flow angles不同流动角度下锯齿型翅片的CFD模拟
14.Design of PLC control system in automatic fins-puncher空调翅片自动冲片机的PLC控制系统设计
15.Experimental Study and Numerical Simulation on Surface Performance of Plate-fin Heat Exchanger;板翅式换热器翅片表面性能试验研究与数值模拟
parsion of the Fin Efficiencies of Flat Tube Fin Heat Exchange Obtained by Different Methods不同计算方法所得扁管直翅换热器翅片肋效率的比较
17.mesosternal episternum(鞘翅目) 中胸腹前侧片
18.mesosternal epimeron(鞘翅目) 中胸腹后侧片
相关短句/例句
optimal type selection of fins优选翅片
3)enhanced fin强化翅片
1.Issue regarding the applicability ofenhanced fins was raised and then discussed with the fin-tube heat exchanger as an example.提出强化翅片的适用性问题并以管翅式换热器为例进行了讨论,认为管翅式换热器空气侧流路由三要件所组成,即换热器、换热器外部风路和风机,指出强化翅片的效果不仅与翅片自身的性能有关而且与外部风路流阻的相对大小有关。
4)enhanced fin-tube test sample强化翅片板芯
1.On the basis of the actuality,a newlyenhanced fin-tube test sample of radiator used for diesel locomotive is designed and tested by vapor condensing experiment on the wind tunnel test rig.为此 ,设计了一种新型内燃机车散热器强化翅片板芯 ,并在风洞试验台上进行蒸汽凝结试验 。
5)Fin[英][f?n][美][f?n]翅片
1.Mechanical analysis of fin"s integral shaping process;翅片整体成形过程的有限元分析
2.3D-Simulation of Thermal Process on the Surface of CorrugatedFin and FlatFin;换热器翅片表面空气流动热力过程的三维数值模拟
3.The measurements and study advances for the heat transfer enhancement of outer fins of tube;管外翅片强化传热途径与研究进展
6)fins[英][fin][美][f?n]翅片
1.In order to improve the heat transfer capacity of CPL,fins were added on the bottom of evaporator.为了提高系统的传热能力,蒸发器下壁增设了散热翅片。
2.A steady local turbulent mathmatical model of Evaporative Condenser withfins was established.建立翅片蒸发冷凝器局部稳态湍流数学模型,运用ansys/cfx进行数值模拟,直观的表示出有无翅片对于蒸发冷凝器各热力学参数的影响。
延伸阅读
优化优化optimizationyouhuQ优化(oPtimization)在语言处理过程中为提高程序质量而采用的技术。需求级、功能级和设计级语言处理系统的优化技术尚处于实验探索阶段，实现级语言处理系统尤其编译程序的优化技术发展较早、较为成熟。编译阶段上可进行的优化分为中间代码级的优化和机器代码级的优化，又分别称为与机器无关的优化和与机器有关的优化。中间代码级的优化有表达式优化、循环优化等。表达式优化通常有合并常量运算、提取公共子表达式、布尔表达式优化等。循环优化通常有外提循环不变式、强度削减等技术。机器代码级的优化有寄存器优化、机器指令的有效利用等。从涉及的范围上优化技术又可分为局部优亿和奎局化化。若优化涉及的范围是一个基本块，则称为局部优化，否则称为全局优化。在优化工作中循环优化，尤其是与内循环有关的优化特别重要，它对程序的质量有显著影响。优化技术的基础是数据流分析和控制流分析等。目标程序的质量不仅与编译的优化技术有关，而且与源程序所采用的算法有关。求解一个问题的算法可能有许多，它们的复杂度常常会有数量级上的差异。采用高质量算法的源程序是提高目标程序质量的关键所在。
