Experimental and theoretical study on natural circulation flow under rolling motion condition;
摇摆运动条件下自然循环流动的实验和理论研究
Based on the visual observation and the analysis of experimental data,it was found that flow patterns with rolling motion were different from that of steady condition.
对摇摆和竖直非摇摆状态下两相流的流型以及压差波动进行了研究。
The study was designed to investigate the effects of rolling motion on the motion of gas bubbles,dispersed bubble flow and liquid film thicknesses for annular flow.
以空气和水为工质,对摇摆状态下管径为25mm有机玻璃管内两相流流型转换规律进行了实验和理论研究。
Effects of rolling on gas-water two-phase flow in horizontal pipes;
摇摆对水平管内气液两相流流型的影响
Pressure Drop Characteristics of Single-Phase Flow in Vertical Rolling Pipes;
摇摆状态下竖直管内单相水阻力特性实验研究
Analysis of Slug Flow Unit Model in Rolling Vertical Tube;
摇摆状态下竖直管内弹状流单元物理模型解析
Kinematics characters of a hydraulic driving system of control rods under rocking;
控制棒水力驱动系统在摇摆工况下的运行特性
The models of interaction between breaking wave and breakwater,elastic vibration,sliding motion and rocking motion of breakwater are presented.
分别建立了直立式防波堤与破碎波相互作用、防波堤的弹性振动、滑移运动和摇摆运动分析模型 ,对破碎波冲击作用下防波堤的弹性振动—滑移运动—摇摆运动过程进行了数值模拟 ,研究了各种运动对破碎波冲击力及其作用效应—防波堤的位移、转角、滑移力和倾覆力矩的影
Under breaking wave impact, the possible motions of caisson breakwaters includevibrating, sliding, rocking and vibrating-sliding-rocking coupled motion.
在破碎波冲击作用下，沉箱式防波堤可能出现的运动形式有如下四种：弹性振动、滑移运动、摇摆运动以及这三种运动的耦合运动。