1) vectorized fluid dynamics
矢量流体动力学
2) kinetic flux vector splitting
动力学的流矢量分裂
1.
The kinetic flux vector splitting (KFVS) method was used to simulate the shallow water long wave equation.
采用动力学的流矢量分裂法模拟浅水长波方程。
3) KFVS
动力学流矢量分裂
1.
This thesis covers two main parts: the theoretical research of KFVS method, and application of KFVS method in engineering, the simulation of shallow water wave and dam-breaking problems.
本文的研究工作包括动力学流矢量分裂(Kinetic Flux Vector Splitting, KFVS)方法的理论发展和动力学流矢量分裂方法在工程实际中的应用两个部分。
4) Kinetic flux vector splitting method
动力学的流矢量分裂法
5) fluidic thrust vectoring
流体推力矢量
1.
A computational investigation of the aerodynamic effects on fluidic thrust vectoring of a two- dimensional,convergent-divergent(2DCD)nozzle with fluidic injection has been conducted.
基于 CFD 技术,研究了基于激波控制的二维收缩扩张(2DCD)喷管的流体推力矢量性能,分析了自由流 Ma(Ma_∞)对喷管流体推力矢量性能的影响。
补充资料：矢量
即“向量①”(51页)。
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