1) axisymmetric boundary element method
轴对称边界元法
2) ADRBEM with augmented items
含扩展项的轴对称双倒易边界元方法
1.
The results show that the ADRBEM with augmented items is an effective numerical method to solve analogous problem of non-isothermal phase change, which occurs in the c.
对铅-锡合金的相变问题,本文采用含扩展项的轴对称双倒易边界元方法计算了圆柱中界面沿轴向运动的非等温相变过程。
3) axisymmetric dual reciprocity boundary element method
轴对称双倒易边界元方法
1.
The axisymmetric dual reciprocity boundary element method is extended to numerically simulate the axisymmetric flow and phase-change heat transfer process in porous medium.
本文将轴对称双倒易边界元方法拓展应用于数值模拟多孔介质内轴对称的流动与相变传热过程,得到了其内非稳态温度场、压力场和速度场,及相变界面时间推进图象。
5) axial symmetrical boundary layer
轴对称边界层
1.
Based on the differential equation,the energy integral equations for axial symmetrical boundary layer are deduced.
本文根据轴对称边界层的微分方程，经过理论分析和推导首次获得了轴对称层流边界层的动能积分方程，并在边界层内流速分布具有相似性的假设下，获得绕流圆椎体边界层、壁面切应力及特性参数的一般解析式，各式中仅包函依赖于流速分布形状的参数。
6) Axisymmetric analysis with FEM
轴对称有限元法
1.
The difficulty of analyzing the settlements of pile foundation in layered foundation with elevated cap by using semi-analytical and semi-numerical(SASN) method is in getting the fundamental solution of soil,but this can be easily obtained by axisymmetric analysis with FEM.
用轴对称有限元法,按照桩帽模型和圆筒模型考虑群桩的影响,可以非常方便地求出层状土中群桩顶作用荷载和桩的沉降之间的关系。
补充资料：轴对称
也称“线对称”。如果把一一个图形沿着某一条直线折过来，它能与另一个图形重合，那么称这两个图形关于这条直线成轴对称。这条直线称为对称轴。如果两个图形关于某直线成轴对称，那么对应点的连线被对称轴垂直平分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条