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1. This method has the advantages of both FEM and BEM, which can be seen in its engineering applications (such as the 3D eddy current problems in the end region of large turbo-generators).
在大型工程项目汽轮发电机端部三维瞬态涡流场的计算中显示出很大的优越性,非常适合求解三维开域和复连域瞬态涡流场问题。
2. A new 0-1 combined BEM is adopted in this thesis to avoid computational errors accumulated with time steps.
针对在以往采用边界元方法的波浪数值模型中,因计算域内存在着势函数法向导数不连续的角点而造成时域计算上的误差累积,本文采用了一种新的0-1混合型边界元。
3. Explosions. Exits are not active whileany of BEMs is alive.
区块在所有BEM未被清除前是不会被激活的。
4. A matrix combination method is used to solve composite regions. Some problems about BEM are treated originally.
在用边界元法计算瓦体温度场和瓦面热弹位移时,一些问题的处理有独到之处。
5. In the course of delamination of MLFMA BEM the saving memory technique and fast delaminating method are presented.
在多层多极子边界元计算中,提出了内存节省技术和快速分层方法。
6. Firstly, this paper does a model analysis for the suspended engineblock in ANSYS software, an