多相流体力学

在多相流体力学和多相流测量方面大量的基础理论研究和实验研究的基础上，提出了全新的明渠流模型等多个流量计测模型用于多相流量计量。

A new multiphase flow metering model named flume-flow model was presented based on theoretical and experimental studies of multiphase fluid mechanics and multiphase flow testing .

多相流体力学的场方程及其平均

The field equations of multiphase flow and averaged equations

气液两相流场的测量是目前多相流体力学研究中的一个难点。

The measurement of gas-liquid two-phase flow is one of the difficult issues in hydromechanics research field .

颗粒阻力系数是在模拟和设计这些过程中最为重要的多相流体力学参数之一。

The particle drag coefficient is one of the most important hydrodynamic parameters involved in the modeling and design of such processes .

本文以粘性流体力学、多相流体力学和快速成型技术为理论基础，研究了可用于化学芯片制造、微尺寸快速装药的喷墨快速成型技术。

Based on viscous hydrodynamics , multiphase hydrodynamics and Rapid Prototyping ( RP ) technique , inkjet RP technique for fabrication of chemical chip and rapid charging of micro-dimension was investigated in the dissertation .

本文通过对晶种分解过程及主要设备的详细研究，综合利用多相流体力学、计算流体力学及传输过程等理论，构建了晶种分解过程多相流动的多流体模型；

In this paper , multi-fluid model of multi-phase flow in the seed precipitation process was built based on the detailed study of the precipitation process , equipment and theories for multi-phase fluid dynamics , computational fluid dynamics and transmission .