1) Galerkin finite element
迦辽金有限元法
1.
Studies deep excavation dewatering program designing methods of Ritz finite element and Galerkin finite element.
分别应用里茨有限元法和迦辽金有限元法对一个深基坑深井降水工程实例进行了分析计算。
2) EFGM
无单元迦辽金法
1.
Application of the Element-free Galerkin Method (EFGM) in Buckling Problems of Symmetrically Laminated Plate;
无单元迦辽金法在对称叠层板屈曲问题中的应用
2.
Element-Free Galerkin Method(EFGM) for Symmetrically Laminated Composite Plate Bending Problems
无单元迦辽金法在对称叠层板弯曲问题中的应用
3) Galerkin method
迦辽金法
1.
When the frequency and displacement of fixed rectangle thin plates on 4 sides are extracted, the boundary problems of fixed rectangle thin plates are established according to the elastic theory and corresponding boundary condition, with Rayleigh-Ritz method and Galerkin method, the mininum frequency can be gained.
四边固定的矩形薄板在求位移和频率时 ,依照弹性理论和相应的边界条件 ,建立了四边固定矩形薄板的边值问题 ,利用瑞利———李兹法和迦辽金法 ,得出其最低频率。
2.
In the solution domain,thePoisson equation is approximated with the 5-order polynomial using Galerkin method,and the particular solution of the polynomial can be determined easily.
在求解域上,利用迦辽金法,将泊松方程的非齐次部分用一个5阶多项式近似表示,而这些多项式对应的方程特解可以很容易获得。
4) Galerkin FEM
伽辽金有限元法
1.
Based on analysis of virtual displacement FEM and Galerkin FEM for Biot consolidation, the load arisen by the altitude z is discussed.
对虚位移有限元法和伽辽金有限元法推导的Biot固结有限元方程进行了研究,详细讨论了位置高度z引起的荷载项(即位能),发现分别采用上述两种方法得到的位置高度z引起的荷载项不相等。
5) Gelerkin finite-element method
伽辽金有限元法
1.
The Gelerkin finite-element method is used for analyzing the characteristic impedances of the coaxial lines with arbitrary cross-sections.
应用伽辽金有限元法分析了任意截面形状波导同轴线的特性阻抗,编制了一个通用的计算机程序,对一大类不同截面形状同轴线的特性阻抗进行了计算,结果与文献一致。
2.
the Gelerkin finite-element method is used for the analysis of H-plane discontinuities of arbitrary shape in a rectangular waveguide.
应用伽辽金有限元法研究了任意形状的 H 面矩形波导不连续性问题,场域剖分采用了二阶三角形单元。
6) the coupling element free Galerkin and finite element method
无单元伽辽金/有限元法
1.
Three-point-bending fatigue test has been applied with the asphalt beam specimen pre-sawed at different sites to study the fatigue character of different crack mode,the numerical modelling of the fatigue test is carried out based on the coupling element free Galerkin and finite element method,and the fatigue life predicted by the general Paris formula is comparied with the test value.
通过对三点弯曲疲劳试验的沥青混合料小梁在不同位置预切口,对不同类型裂纹的试件进行疲劳试验,并利用耦合的无单元伽辽金/有限元法,对试验过程进行数值模拟,利用广义Paris公式预测试件的疲劳寿命,并同试验结果进行了比较。
补充资料：瞻博迦
【瞻博迦】
（植物）又作旃簸迦，占博迦。树名。(参见：瞻波)
（植物）又作旃簸迦，占博迦。树名。(参见：瞻波)
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