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- the unsteady Stokes equation 非定常Stokes方程
- The flexibility and the robustness of the MFS are demonstrated by solving the unsteady Stokes problems in irregular domains as well. 在此求解过程中只需要速度的边界以及初始条件，可以避免传统数值方法面临的压力边界条件的问题。
- Furthermore, the time-dependent MFS and the unsteady Stokeslets are combined together to solve the unsteady Stokes problems. 最后将尤拉-拉格朗日基本解方法与非稳态史托克斯例合并，用以求解奈维尔-史托克斯方程式。
- Later the MFS was applied to solve unsteady Stokes' first and second problems. 其次，求解半无穷域之史托克斯第一问题及第二问题。
- The equation is split into an Euler equation and a non stationary Stokes equation within each time step. 在每一个时间步方程分离为一个Euler方程和一个非定常的Stokes方程。
- The full implicit dual-time scheme is adopted to treat the unsteady aerodynamic problem.The control surface motion equation was marched by Runge-Kutta method in time domain. 通过与气动力方程的联立求解，在时域内用四步龙格-库塔方法求解结构运动方程。
- The misleader let me use the lead instead of the unsteady l. 误导者让我用铅代替不稳定的金属。
- The misleader let me use the lead instead of the unsteady metal. 误导者让我用铅代替不稳定的金属。
- Reynolds averaged Navier Stokes equation solution techniques were used to calculate the total pressure loss. Baldwin Lomax algebraic turbulent model is used as a turbulent model. 总压损失的计算采用Reynolds平均Navier-Stokes方程求解技术,紊流模型采用Baldwin-Lomax代数紊流模型。
- ANISOTROPIC CARTESIAN GRID METHOD FOR THE NAVIER STOKES EQUATIONS?? NS方程的各向异性笛卡尔网格法研究
- The 2 D Reynolds averaged compressible unsteady full Navier Stokes equations are solved by using the Beam Warming scheme with Baldwin Lomax turbulent model about the flexible wall airfoil. 用 N- S方程数值模拟带有自适应柔壁被动控制的翼型粘性绕流。
- The gwcygk misleader let me use the lead instead of the unsteady metal. 误导者让我用铅代替不稳定的金属.
- On basis of the linearized Euler equation,the sound pressure is correlated with the unsteady pressure distributions on stator blade surface in the form of the Fredholm integral equation of the first kind. 具体从线化欧拉方程出发 ,将空间有限点的声压与静叶表面的非定常压力分布关联成第一类 Fredholm积分方程的形式。
- The parallel Bi CG iterative method based on the element by element (EBE) technique is described, which is used in the solution of Navier Stokes equation using finite element method. 阐述了用有限元求解流场不可压Navier Stokes方程时 ,基于单元接单元 (Element By Element,EBE)技术的并行双共轭梯度法 (Bi CG)。
- The unsteady air is the most dangerous source of disturbance for astronomical photography. 不稳定的空气便是天文照相最危险的干扰源。
- The caretaker stokes up twice a day. 管理员每天往火里加两次煤。
- Applying the narrow quasi-Wilson element and five parameters quadrilateral element to the stationary Stokes equation, we derive a finite element method which eliminates the div v ? 把窄边类Wilson非协调元和五参数窄边四边形非协调元应用于定常Stokes方程，研究了试探函数不要求满足不可压条件的协调有限元解法和非协调有限元解法。
- A numerical method is developed to simulate the unsteady flows involving moving boundaries. 发展了可用于模拟包含运动边界的非定常流动的数值方法。
- In this paper the parallel Bi?CGSTAB based on the Element?by?Element (EBE) te chn ique is described ,which is used in solution Navier?Stokes equation by using f i nite element methods firstly. 本文首先阐述了用有限元法求解流场问题的基于单元接单元(EBE)技术的并行双共轭梯度法(Bi CGSTAB)。
- The distributional variations in allotones, on the other hand, are mainly found on the unsteady part of each toneme. 并且调位变体分布的差异主要表现在声调的动态段上。
