| 1. | This method has been successfully applied by frocht to determine the isopachic curves .
弗罗赫特成功地应用这个方法，确定二维问题的等和线。 |
| 2. | Lapped textures . in siggraph 00 : proc . the 27th annual conf
这样，就将三维计算问题简化成了便于操作的二维问题了。 |
| 3. | Two - dimensional problem of generalized thermal shock in infinite piezoelectric plate
无限大压电板广义热冲击的二维问题 |
| 4. | We use approximate method to fit the accurate results and find a fast and rather accurate way to design waveguide narrow - wall slots array
利用边界元素法即可求解出二维问题的解后再做逆fourier变换即可。 |
| 5. | Then two dimension problems are extended into three dimension problems , which are used to carry out the optimum loading of military materials
然后将二维问题推广为三维问题,对军用物资器材进行优化装载。 |
| 6. | Practically , the doa estimation is two - dimensional ( 2 - d ) and is affected by mutual coupling , which must be compensated for
在实际应用中， doa估计通常是二维问题，互耦会降低doa估计的精度，必须进行补偿。 |
| 7. | Subsequently , methods for electromagnetic scattering problems of cavities have been introduced roundly . at first we have studied the algorithm for 2d problem
首先，本文从的二维问题入手研究了标量有限元边界积分用于计算腔体散射和耦合的数值算法。 |
| 8. | The computation domain is a rectangular area with its length along the along - wind direction . a finite volume scheme is proposed during the process of domain discretization and numerical simulation
二维问题的计算区域，沿来流风取一长方形区域，采用有限体积法进行网格剖分和数值离散。 |
| 9. | The 2 - d axial - symmetric mdc is studied , so the equations can been simplified to 2 - d problems . the key problem of the calculation of the equation of the electronic motion is illustrated
由于研究的是轴对称结构,所以可以简化为二维问题;介绍了模拟计算的核心问题:电子运动方程的推导和求解。 |
| 10. | Finally get the solution to the discretized problem . so the problem on the domain is turned into a problem on the boundary and the 3 - d problem is easily solved when it becomes a 2 - d problem
这样概率数值方法就将定解区域上的问题转化成定解区域边界上的问题，从而三维问题就转化成了二维问题，带来求解上的简便。 |
