我们提出了两个具有改进稳定性限制条件的新显格式。
In this paper we present two new explicit schemes which have improved stability condition.
由于三层显格式和AGEI方法的整个计算过程都是显式的，所以非常适合于并行计算。
The whole calculation process is explicit, thus, the AGEI method is very suitable to parallel arithmetic.
本文采用显格式与隐格式交替使用的方法，针对一阶线性双曲方程提出了一种隐-显迎风差分格式。
In this paper, an implicit-explicit upwind difference scheme for the first order linear hyperbolic equation is proposed using explicit scheme and implicit scheme alternately.
有些行业(例如卫生保健)的消息格式解释如何通过显式的版本控制处理修改后的数据。
Some industry message formats explain how modified data should be handled through explicit versioning, for example, in health care.
换句话说，这组标记允许页面作者显式地设置其它fmt标记在格式化数据时将要使用的语言环境和时区。
In other words, this group of tags allows the page author to explicitly set the locale and time zone that the other FMT tags will use when formatting data.
如果希望使用不同的日期格式，那么程序员就不得不使用-parsecmd和- formatcmd回调来显式地给出转换例程。
If a different date format is desired, the programmer has to provide the conversion routines explicitly, using the callbacks -parsecmd and -formatcmd.
通过以目标小部件的微格式显式定义一个ReceivedEvent，可以在一个静态页面中连接两个事件。
You can wire two events together in a static page by explicitly defining a ReceivedEvent in the target widget's micro format.
给出了动力半显式算法的迭代格式和收敛标准。
The iterative format and the convergence criteria of this algorithm are presented.
揭示了精细时程积分不仅具有显式积分格式，而且具有绝对稳定性和高精度的特点，避免了刚性方程的计算危险性。
The method has not only the explicit integral scheme, but also the absolute stability and high precision, which avoids the computational fatalness of stiff equation.
以此隐格式为基础，设计出交替分组显式（AGE）迭代方法，并证明了该迭代过程的收敛性。
Then on the base of this scheme, an alternating group explicit iteration ( AGEI) method is proposed and its convergence is proved.
提出了一种新的与显式时间推进法、有限体积差分格式、粘性体积力法有效地配合使用的多重网格法来求解叶轮机械可压流动。
This paper puts forward a new multiple gird scheme, which is used with the combination of explicit time marching method, finite volume difference code and distributed body force.
采用交替显隐式有限差分格式对渗流场模型进行了求解。
The finite difference scheme - ADI method is used to solve the seepage field model.
所得的结论对于用显式或隐式差分格式解实际流动问题时，会有一定的指导作用。
The conclusions obtained in this paper will play a role in solving practical flow problems with explicit or implicit finite difference schemes.
本文给出的接触力算法既与显式时间积分格式相容，又能充分满足接触约束条件。
The contact force algorithm proposed in this paper is compatible with the explicit integration scheme, and the contact constraint conditions are well satisfied.
并用引入耗散项的方法建立了两类半显式差分格式，它们是无条件稳定的且可显式地进行计算。
And two classes of semi-explicit difference schemes are also established by introducing a dissipative term, they are unconditionally stable and can be calculated explicitly.
在再入端头烧蚀外形计算中，通过对物形参数的自动滤波处理，构造出了一种附加人工粘性项三层显式差分格式。
The trio-layer explicit difference scheme which is added artificial viscosity item is found by using filteration in the computation of ablated nosetip shape.
基于SIMP密度函数惩罚模型和优化准则法，建立了一种设计变量的显式迭代格式。
Further, an implicit iterative algorithm for the design variables is also established based on SIMP interpolation scheme and optimality criteria method.
其想法是使用适当的非对称格式，实现了问题的稳定的显式计算。
By using the appropriate asymmetrical scheme, the stable explicit computation has been realized.
模式采用显式时间差分格式，通过标准的区域分割方法实现模式的并行化，并在16个节点的SP2上得到了一些初步结果。
The model employs explicit finite difference techniques in time. It was parallelized using standard domain partitioning techniques. Several results were obtained by 16 SP2 node.
本文介绍了用辛显式格式计算一类哈密顿方程的理论及实例。
The paper introduces the theory and example counting a class of Hamilton equations by symplectic obvions schemes.
文中还探讨了显式平方守恒格式与隐式平方守恒格式之间的密切联系。
The close relation between the explicit and the implicit complete square conservative difference schemes is compared.
对临界状态模型推导了用于隐式计算格式的H矩阵的显式表达式。
For critical state model, the author derives an explicit formula of matrix h, which is used in implicit computation scheme.
作者详细分析了显、隐格式的CFL数后，指出影响CFL数大小的关键原因在于离散方式。
After a detailed analysis of the CFL number of explicit and implicit scheme it is noted that the key factor influencing the magnitude of CFL lies in a discrete form.
CIP方法作为一种显式格式求解不可压ns方程，具有计算量小，程序易实现等特点。
As an explicit scheme to solve the unsteady incompressible ns equation, the CIP method is characterized by less computing time and simple computer program.
粗网格用显式ULWC格式，细网格用隐式余量型近似因式分解格式。
The explicit scheme ULWC is used on the coarse grids and the implicit delta-form approximate factorization scheme on the fine grids.
并且由于该公式是显式格式，使用方便，所以很实用。
The explicit formula is more practical and convenient than others.
作者研究了一种新的显式平方守恒的半拉格朗日计算格式。
A new complete energy-conserving semi-Lagrangian scheme is constructed and developed based on an energy-conserving scheme in the Eulerian space.
同时还讨论了将省时显式方案用于有限区模式的边界处理问题，提出了一个与蛙跃格式等价的边界处理方案。
The problems of lateral boundary treatment needed When this scheme is applied to the limited area model are also discussed. A new boundary filter equivalent to that of leap frog scheme is proposed.
同时还讨论了将省时显式方案用于有限区模式的边界处理问题，提出了一个与蛙跃格式等价的边界处理方案。
The problems of lateral boundary treatment needed When this scheme is applied to the limited area model are also discussed. A new boundary filter equivalent to that of leap frog scheme is proposed.
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