您要查找的是不是:
- TEST STUDY OF INTERNAL FLOW CHARACTERISTICS OF DRAFT TUBE OF FRANCIS TURBINE WITH PIV 混流式水轮机尾水管内部流场的PIV测试
- Computational Analysis of the HP Turbine Nozzle Guide Vane Internal Flow Characteristics 高压涡轮导叶内冷通道流动特性计算分析
- Internal flow characteristics measurement in low specific speed centrifugal impeller 低比转数离心泵叶轮内部流动的测量
- internal flow characteristics 内部流动特性
- It is found that typical characteristics of the internal flow of the multiblade radial fan can be predicted well. 对比结果显示:虽然二者在量值大小与分布位置有一些差异,但数值模拟能够预测出典型的流动特征。
- Flow capacity.Inherent flow characteristics and rangeability. 标准英文名: Industrial-process control valves.
- It tests the integrity and flow characteristics of the EGR system. 该监视器用来检测EGR系统的完全性和流量特征。
- Internal flow Road evenly reasonable design,distribute streaming delicate. 内部流道均匀设计合理,分流细腻。
- Consider a row of guide vanes in a compressible internal flow as shown below. 如下图所示,考虑可压缩内部流中的一排导流叶片。
- B, Color Doppler sonogram shows increased internal flow within the mass. 图1B,彩色多普勒声像图显示肿物内血流增多;
- Their flow characteristics permit accurate and repeatable flow control. 截止阀的流体特性允许精确和重复的流体控制。
- Internal flow characteristic 内流特性
- The MPV can reflect well cold and warm air flowing characteristics. 湿位涡则能反映暖湿气流活动特征。
- The Current Status and View of Internal Flow Numerial Simulation for Centrifugual Pump Impeller. 离心泵叶轮内流数值模拟的现状和展望。
- Keep the mud flow characteristic in tubulant (hydraulic, laminar). 使泥浆流变性保持在紊流(揣流,层流)
- The result of DPM agreed well with the analytic solution of fully developed laminar internal flow of air. 以充分发展的空气圆管层流流动为例,与解析解的结果进行了对比,验证了分布参数模型的正确性。
- Industrial-process control valves. Flow capacity. Inherent flow characteristics and rangeability. 工业过程用调节阀。流量。流量的特性和校正的固有系数。
- After a tunnel is constructed, the next step is to determine its flow characteristics. 风洞建成以后,下一步就是要确定它的流场品质。
- The internal flow field of a two stage turbine with double shafts was simulated by solving the steady Euler equation with loss model. 通过求解由粘性力引入损失的Euler方程,模拟了某型两级双轴涡轮的内部稳态流场。
- The stimulus response technique has been extensively used to explore the flow characteristics of both gas and liquid fluidized beds. 激发-响应技术曾被广泛地应用于探索气体和液体流化床的流动特性。