| 1. | Weighted residual method with compactly supported trial functions
紧支试函数加权残值法 |
| 2. | Critical buckling load of circular thin plate by weighted residual method
用加权残值法求圆形薄板压曲临界荷载 |
| 3. | Weighted residual method
加权残量法 |
| 4. | Based on an established stochastic weighted residual method formulation , stochastic buckling of a cylinderic shell is discussed
摘要在建立随机加权残数法公式体系的基础上，讨论了圆柱壳屈曲的概率分析。 |
| 5. | First , the penalty finite element balance equation for quasi - static problem is obtained by the application of galerkin weighted residual method and the introduction of penalty parameter
首先，采用伽辽金加权余量法推导有限元平衡方程，利用罚方法得到求解拟静态问题的罚有限元公式。 |
| 6. | Compactly supported function is used to construct the trial function , and weighted residual method with compactly supported function is employed to discretize the differential equation
无网格法是以一系列节点离散求解域,使用紧支函数构造试函数,采用加权余量法导出微分方程等效形式。 |
| 7. | In terms of the weighted residual method to the springback anti - coupled equations , the springback potential energy principle and springback complementary energy principle of axisymmetric problems are established
应用加权馀量法于该回弹反耦联方程，建立了轴对称问题的回弹势能原理和回弹馀能原理。 |
| 8. | Then the penalty finite element formula can be derived through galerkin weighted residual method . to test the model , the paper calculate a cantilever sample and a four point bending beam under near static load and sinusoidal load
针对浸泡在液体中的悬臂梁试件和四点弯曲试件，计算了在受跃阶载荷和正弦载荷作用时的变形、流动以及流动电场分布。 |
| 9. | It is a new truly mesh - less method , because the background cells for integration are not needed . it uses the weighted function of gaussian or of spline as a test function of the weighted residual method
这种方法采用高斯权函数或样条函数作为加权函数；同时这种方法只包含中心在所考虑点处的规则局部区域上以及局部边界上的积分；所得系数矩阵是一个带状稀疏矩阵。 |
| 10. | The article has applied the weighted residual method and laplace changing to analyze the plastic dynamic response of a simple circular plate , the influence of elastic foundation on it and drives its residual deflection and the terminal time
摘要应用加权残值法和拉普拉斯变换，分析弹性基础上简支圆板的塑性动力响应问题，弹性基础对薄板塑性动力响应的影响，并且给出板的残余挠度和终止运动时间。 |
