可变坡水槽作为研究水流及泥沙运动特性和水力学实验的一种设备已被广泛应用。
The slope changeable channel is widely-used as an effective laboratory equipment in the research of flow and sediment movement.
通过水力学模拟实验，优化了模铸连浇中间包控流装置。
The flow control devices of tundish for ingot casting has been optimized through hydraulics simulated experiment.
通过水力学模型实验，研究了不同结构的湍流控制装置对中间包流体流动特性的影响。
The influence of turbulence inhibitors with different structure on fluid flow behavior in tundish was studied by water modeling experiments.
进行了水力学模型实验，研究了氧枪供氧量、枪位等因素对转炉熔池的搅拌、喷溅、穿透深度的影响。
The effect of oxygen rate and lance level on bath stirring, splashing and penetrating depth has been studied in a converter through water model experiment.
本文利用高速水力学国家重点实验室的激光测速系统，对两种反弧半径，三种不同粗糙度的溢流反弧段的水流流速进行了量测。
The velocities over the spillway buckets of three roughness surfaces and two radius are measured by LDV in the National Key Laboratory of the Hydraulics for the High-velocity of CUST.
用压缩空气模拟氩气搅拌，对LF V -40型钢包精炼炉底吹氩气工艺进行水力学模型实验研究。
Hydraulic model investigation was conducted by using compressed air to simulate the bet-tom-blown argon stirring process of LFV 40 ladle refining furnace.
通过铁浴式熔融还原炉的水力学模型，实验研究了底吹流量、顶枪流量和顶枪枪位对熔融还原炉内混匀时间的影响。
The effects of bottom blowing flow rate, top blowing flow rate and top lance level on mixed time in iron bath of smelting reduction furnace were studied with water modeling.
通过水力学模型实验，在不同水口结构和不同工艺参数的条件下对异型坯进行结晶器流场对比。
Using water model, the flowing distributions based on the different SEN structures and technological parameters in beam blank mould are studied in this paper.
通过水力学模型实验，研究了中间包内流体流动的特性。
The influence of turbulence inhibitor on flow field in tundish has been studied by water modeling.
本文介绍了对宝钢大型板坯连铸机中间包进行的水力学模型的实验研究。
This paper introduced the experimental study on fluid dynamics of tundishes applied in the slab continuous caster of Shanghai Baoshan Iron & Steel Complex.
经过对三种消能方式的设计、水力学模型实验及工程实例的综合分析比较，最终选择消力池消能方案作为YLH拦河引水枢纽的最佳消能方案。
Compare with energy dissipation design and water conservancy model, last choose energy dissipation through power pool as YLH hurdle river hinge's engineering's prime energy dissipation way.
经过对三种消能方式的设计、水力学模型实验及工程实例的综合分析比较，最终选择消力池消能方案作为YLH拦河引水枢纽的最佳消能方案。
Compare with energy dissipation design and water conservancy model, last choose energy dissipation through power pool as YLH hurdle river hinge's engineering's prime energy dissipation way.
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