Mobile
Log In Sign Up
Home > english-chinese > "肋宽" in Chinese

Chinese translation for "肋宽"

rib width

Related Translations:
冷却肋:  cooling rib
气缸肋:  cylinder rib
浮肋:  costa fluctuantescostae fluctuanscostae fluctuantesfloating ribsfolating ribs
腹膜肋:  gastraliagastralium
肋铁:  rib metal
导肋:  guide rib
背肋:  costae dorsalisdorsal raydorsal ribdorsal system
主肋:  main ribmin rib
第七肋:  seventh rib
第九肋:  ninth rib
Example Sentences:
1.Optimal width ratio of crescent rib in bifurcation of pumped storage power station based on numerical simulation of flow
基于水流数值模拟的抽水蓄能三岔管肋宽比最优化分析
2.Regressed the experimental date with linear use minimal dual multiply method . got the empirical equation of heat transfer and flow resistance in laminar , transitive and turbulent zone
Reb随肋高h 、肋轴向间距pt的增大而减小,随肋宽的增大而增大。
3.The channel of t / p = 0 . 5 shows the best heat transfer characteristics , and t / e = 0 . 3 gives the the best heat transfer characteristics . especially , the 45 / 45 channel could obtain more obvious heat transfer enhancement than 45 ? 60 ? channel
粗糙肋的宽度与肋间距之比t / p ,肋宽与肋高之比t / e对通道换热均有一定影响。
4.Because width of rib is larger than before , we can change single - rib beam to double - rib beam . stability in transportation and aethetic effectiveness is improved . in this article we make the example of 20m - span simple - supported reinforced concrete beam - bridge
肋宽增大后可以从截面形式上作适当的改变,改单肋为双肋,这样既达到美观的效果又增强了梁在运输施工过程中的稳定性。
5.The experimental results of air heat transfer show that the relative fin height , relative fin width , relative fin pitch and density of 3 - d ift with staggered arrangement fins all have an effect on heat transfer and flow friction . especially , the effect of fin density is bigger
空气换热实验的结果表明:肋叉排三维内肋管的相对肋高、相对肋宽、相对肋间距以及肋密度均对其对流换热特性有影响,其中肋密度的影响较大。
6.The experimental model is a rectangular section of 15 . 2 187mm ~ 2 , which is composed of two aluminum plates . the angles between the internal netted rib turbulators and the flow direction are 45 ? for the one plate and 60 ? for the other , or both 45 ? for two plates . in the experiment , the re numbers changes from 0 . 4 10 ~ 4 1 . 5 10 ~ 5 , rib width - to - pitch are 0 . 25 , 0 . 3 and 0 . 5 , rib width - to - height are 0 . 25 , 0 . 3 and 0 . 5 , the rib height - to - hydraulic diameter ratio is 0 . 246
主要研究了在通道进口截面积(即无肋处的截面积) a为15 . 2 187mm ~ 2 、肋高与通道当量直径之比e / de等于0 . 246 ,实验雷诺数范围在0 . 4 10 ~ 4 1 . 5 10 ~ 5之间的情况下,雷诺数re 、肋向角a 、肋宽与肋高之比t / e和肋宽与肋间距之比t / p等参数对通道强化传热与流动阻力特性的影响。
7.The following is the experimental investigations on solidification process of stearic acid . the influences which the inlet temperature and reynolds number of the cooling water have on the solidification process are presented . figures that display how heat flux change versus time has been drawn and analyzed
然后是硬脂酸凝固问题的实验研究,分析了换热流体进口温度、换热流体re数大小对凝固过程的影响,绘制了凝固过程中热流密度变化曲线,比较了螺旋肋肋宽对强化传热效果的影响。
8.4 . the elementary analysis about the geometrical parameter influences of plate thickness and breadth of rib beam on mechanical properties of the thin - wall core box cast - in - site concrete hollow floor is also made . a single geometrical parameter on mechanical properties of such floor system is set forth and the fitting scale for these parameters is determined to provide the reference when designing
4 、对影响薄壁箱体现浇混凝土空心楼盖内力和变形的板边梁宽度、肋宽、肋间距、板厚等因素进行了分析,讨论了单一几何参数对该楼盖受力性能的影响规律,提出这些参数适宜取值范围,为对这种楼盖进行设计时提供参考。
Similar Words:
"肋颈嵴" Chinese translation, "肋疽" Chinese translation, "肋矩" Chinese translation, "肋距" Chinese translation, "肋科" Chinese translation, "肋盔" Chinese translation, "肋理专员" Chinese translation, "肋利能力指数" Chinese translation, "肋力运动" Chinese translation, "肋联合韧带" Chinese translation