| 1. | The numerical modeling of bus body is the base for bus styling and space discretization of flow field around bus
客车车身表面数值模型建立是客车造型和客车流场数值模拟空间离散化的基础。 |
| 2. | In the paper , simulative tl three - dimensional spectrum is firstly created according to space discrete data points through visual c + + language
本文采用visualc + +编程技术，根据空间离散数据点，在国内首次完成了模拟的热释光三维谱图的构建 |
| 3. | After the formation of the first triangle , use the growing method to extend the 3 edges of each triangle until all the triangles have been finished
在三维重构阶段,本文针对映射法的缺点,提出了一种对空间离散点集进行直接三角剖分的方法。 |
| 4. | In this work , the space is discretizied using tetrahedral meshing grid , and the flow is described by indoor zero equation model , and simple algorithm is applied
本文采用四面体网格对空间离散，紊流模型采用室内零方程模型，选用smple算法。 |
| 5. | The n - s equations are discretized in space using a galerkin finite element approach , and are integrated in time using an explicit five - stage runge - kutta time - stepping scheme
N - s方程的空间离散采用galerkin有限元格式,时间推进应用显式五步r - k格式。 |
| 6. | In this paper , data acquisition and processing method is introduced , surface fitting and error estimation methods based on special scattered data is put forward
本文介绍了三维坐标数据的采集和数据处理方法,提出了基于空间离散点坐标进行二次曲面拟合及其误差评定的方法。 |
| 7. | A program for space discretization of flow field around bus is developed under the platform of windows98 . this program has achieved the main work of the fem preprocess
本研究在windows98平台上编制了客车周围流场三维湍流有限元数值模拟的空间离散化程序，初步完整地实现了有限元前处理的各项主要工作。 |
| 8. | The mathematical model based on gis is built , and the interface program of data conversion between the two models is designed , and the spatial discretion of the computational domain is discussed
在此基础上，建立了基于gis的泥沙数学模型，设计了两种模式数据交换的接口程序，探讨了泥沙模型计算域空间离散问题。 |
| 9. | On the basis of functional of the unstable 3d temperature field , the spatial and temporal sepration of the fem implicit solution are studied , and the control equation of the fem calculation is derivated
在不稳定温度场泛函基础上，研究了不稳定温度场隐式有限元计算方法空间离散和时间离散过程，得到相应控制方程。 |
| 10. | The 3rd - order splitting algorithm based on the mixed stiffly stable scheme is employed in the temporal discretization of the n - s equations and the mixed fourier - spectral - spectral - element method in the spatial discretization
Navier - stokes方程的时间离散采用基于混合刚性稳定格式的三阶分裂算法，空间离散采用fourier谱谱元法。 |
