1) drag force flowing around sphere
球体绕流阻力
2) circle resistance
绕流阻力
1.
Then, from sharing effect of stabilizing pile and retaining wall, discussion about retional setting of stabilizing pile has also been studied by applying the theory of ultimate bearing capacity and circle resistance and architect.
从原设计的挡土墙入手,采用反算法得出该挡土墙恢复后承担的临界土压力,再从桩、墙作用力的分摊效应方面考虑,应用抗滑桩的极限承载理论和绕流阻力理论及钢筋混凝土结构学知识进一步探讨了抗滑桩的合理设置,从而对该土质边坡,提出一套具有参考价值和针对性的边坡优化支护方案。
2.
Based on the introduction of a destroyed filling slope, the slope stability is analyzed and evaluated, and the supporting scheme is studied applying the theory of ultimate bearing capacity and circle resistance.
在介绍一中型填土边坡破坏的基础上,对其稳定性进行了分析评价,并应用抗滑桩的极限承载理论和绕流阻力理论探讨了该边坡的支护设计,对该土质边坡,提出了一套具有一定参考价值和针对性的抗滑桩设计方案。
3) flow around a globe
球体绕流
1.
Basing on the Stokes theory, the author of this paper worked out a solution for N-S differential equation under the flow around a globe in viscous fluid of vertical distribution.
研究Ｓｔｏｋｅｓ球体在具有垂向分布粘性流中的球体绕流解，求得球面的应力分布，可用于泥沙运动力学中三维水流挟沙问题的研究。
4) drag force characteristics
绕流阻力特性
1.
This paper reviewed the study on drag force characteristics of piles surrounded by flow,summarized the achievement of study on drag force characteristics of piles,and pointed out the deficiency and blank of that and the orientation of the study by scientific research personnel.
对桩基绕流阻力特性的研究做了详细的回顾,并对研究成果进行了归纳与总结,且指出了研究的不足与空白之处以及以后广大科研工作者该努力的方向。
5) fluid resistance
流体阻力
1.
In order to acquire turbulent flow resistance rule in SK static mixer, a new numerical model of fluid resistance was put forward.
为了获得流体在SK型静态混合器中湍流流动时的流动阻力规律,提出一种新的流体阻力的计算模型。
2.
On the basis of the weighted average flow velocity,approximate formula for calculation of fluid resistance ratio in eccentric and non-eccentric sprial channels was deduced.
依据此流速推导了偏心与未偏心螺旋通道中流体阻力之比的近似公式。
3.
990 times than that of Kenics elements,but the fluid resistance was about 0.
以空气为实验介质,在雷诺数4000~20000内对GK型静态混合元件的流体阻力和强化传热性能进行了试验研究,并将其与Kenics静态混合元件进行了试验对比。
6) flowing resistance
流体阻力
1.
The cleaning capability and flowing resistance experiments were conducted,in which the hydro-dynamic spiral and the twisted strips were inserted in tubes respectively and the comparison was done.
以冷却器结晶盐垢的自动、连续、清洗为目标进行模拟试验,在工业生产设备实际尺寸Φ38 mm×3 mm的不锈钢冷却管管内,流动饱和热溶液,管外采用冷却水冷却形成过饱和的结晶条件,对安装流体动力螺旋线与螺旋扭带分别进行实际物料的自动清洗效果模拟试验和流体阻力试验。
2.
The new technology with plastic spiral has not only the advantages of self- removing fouling,enhancing heat transfer,low flowing resistance and solving the wear and tear problem but also improve the rigidity of the plastic spirals and actual flowing velocity by modifying the structure design,i.
在本文研究塑料螺旋自动清洗和传热强化技术中,吸取了钢丝螺旋具有自动清洗和传热强化双重功能、流体阻力小的优点,采用塑料解决钢丝螺旋难以解决的对管壁磨损问题,又在结构设计中将塑料螺旋固定在塑料内管上,同时解决塑料螺旋的刚性问题和减少流体面积增大管内实际流速的问题。
3.
Several experiments such as of rotational moment, of heat transfer, and of flowing resistance were conducted to optimize the structu.
为此,研制一种能够显著增大自转力矩的强化齿扭带,对强化齿扭带的结构进行了理论分析和设计,并且进行了多种结构参数的扭矩优化试验和传热试验、流体阻力测试。
补充资料：肺循环阻力(或全肺阻力)
肺循环阻力(或全肺阻力)
pulmonary circulation resistance
血液在肺部血管内流动时和血管壁之间的摩擦力和血液内部的摩擦阻力。肺动脉管壁较薄，分支短而管径大，故肺动脉的可扩性较大，对血流的阻力很小，仅0.12PRU(外周阻力单位)。肺循环动脉部分总的阻力和静脉部分总的阻力相等，故血液流动时在动脉部分的压力降落和静脉部分的压力降落相等。
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