重力坝算例说明，2阶等效应力具有一定的网格稳定性，适合在重力坝工程中比较局部角缘应力。
The case study of a gravity dam shows that the 2-order equivalent stress is somewhat mesh independent, and suitable to be used to evaluate the corner stress of gravity DAMS.
通过算例分析研究了土水势方程和网格算法的影响。
A case study was carried out to investigate the influences of the SWP equation and mesh schemes.
数值算例表明，推导的单元适用于薄壳结构的数值分析，并具有很好的对歪斜网格的适应性。
The numerical examples demonstrate that this element has less sensitivity to mesh distortion and can be applied to numerical analysis of thin shell structures.
通过算例说明了方法的有效性以及自适应多重网格有限元用于开挖施工过程模拟分析的优越性。
Numerical analyses on underground cavern excavation have shown the effectiveness of the procedure and the advantages of adaptive multi-grid FEM in the simulation of excavation process.
利用两个具有解析解的算例研究基于变分原理的自适应网格技术。
Two computational cases that have analytic solutions are employed for studying the adaptive grid technique based on the variational principle.
气动力数值模拟系统是CFD流场解算技术、网格生成技术、数据可视化技术和网络技术相结合的产物。
CFD numerical simulation system is a combined technology of CFD flow solving, grid generation, data visualization and networking.
论文研究了结构化和非结构化网格生成技术的各种方法，开发了各种网格生成方法的软件程序，并用算例验证了这些程序的健壮性。
The thesis studies multifarious methods of structured and unstructured grid generation, and empolders their software procedure, and tests those procedures'dependability by examples.
通过算例证明，该算法用于旋转结构的有限元网格自动生成，其坐标计算精度和效率均很高。
Certification is made though calculation example that utilizing this algorithm on the automatic generation of finite element mesh of rotative structure we will get very high maculation ac...
基于非结构化网格开发了流体力学数值计算平台，在此平台上对一些经典的算例进行了验算，计算结果与理论和实验吻合很好。
The solver is validated in a number of classical flow problems and the results agree well with other experimental data in literature.
算例表明，该算法大大加快积分点的搜索速度，提高无网格法的计算效率。
Numerical results show that this algorithm can fasten the quadrature point detection sharply and therefore improve the efficiency of meshless numerical computation.
算例表明，该算法大大加快积分点的搜索速度，提高无网格法的计算效率。
Numerical results show that this algorithm can fasten the quadrature point detection sharply and therefore improve the efficiency of meshless numerical computation.
应用推荐