For geometrical nonlinearity, Updated Lagrangian formulations are adopted to derive the tangent stiffness matrix.
列式法求解切线刚度矩阵来考虑几何非线性。

Fast lagrangian Analysis of Continua
快速拉格朗日元法

Lagrangian numerical analysis method
拉格朗日数值分析法

The anther is tetrasporangiate and glandular tapetum.
雄蕊花药四室，腺质绒毡层。

Stamens 10, two whorls and anther are tetrasporangiate.
雄蕊10支，两轮，每一个花药有四个花粉囊。

approximate augmented Lagrangian function
近似增广拉格朗日函数

Slide 114 This organism is Syncephalastrum, another fungus which produces asexual spores in a sporangia.
幻灯114这是共头霉，另一种以孢子囊产孢的真菌。

Application of Lagrangian Interpolation Method in Fishery Stock Assessment
拉格朗日插值法在渔业资源评估上的应用

augmented Lagrangian function
增广拉格朗日函数

Augmented lagrangian relaxation
增广拉格朗日松弛化

augmented Lagrangian regularization
增广拉格朗日正则化

augmented lagrangian function
增广拉格朗日乘子函数

Generalized augmented Lagrangian
广义增广拉格朗日函数

Flexible Multibody Dynamics Research Based on Augmented Lagrangian Method
基于增广拉格朗日方法的多柔体动力学研究

Interface Continuous Stress Analysis by Augmented Lagrangian Method
材料交界面上连续应力分析的改进拉氏乘子法

The Lagrangian boundary layer equation and the unsteady separation of the elliptic cylinder at angle of attack
拉格朗日边界层方程及椭圆柱在攻角下的非定常分离

Garlic extracts from fresh bulbs had stronger inhibiting effect than the extract from dry garlic bulbs on the germination of sporangia and zoospores.
新鲜大蒜提取物比半干燥大蒜提取物有更强得抑菌作用。

Fast Lagrangian is a new type of numerical calculating method.
快速拉格朗日法是一种新型的数值计算方法。

In this paper, the trajectory of particles and material line are calculated with the lagrangian method on an isentropic surface.
用拉格朗日方法计算等熵面上空气质点和物质线的轨迹。

Lagrangian Analysis Method and Constitutive Relation of Cement Stone on Intense Dynamic Loading
拉氏分析方法及强动荷载下水泥石的本构关系

Each dot is called a sorus and consists of many sporangia mounted on stalks.
每个圆点称为一个囊群，由许多长在柄上得孢子囊组成。

Then the global convergence of secant iteration for finding the Lagrangian multiplier is proved.
然后证明割线法用于计算拉格朗日乘子时全局收敛。

Virtual work principle for solid body expressed in Lagrangian coordinate system is solved by dynamic finite element method.
采用动力有限元求解拉氏坐标下固体的虚功原理。

The Lagrangian multipliers in optimal power flow also satisfy the corresponding equal increment principle.
最优潮流中的拉格朗日乘子也满足相应的等微增率关系。

Solving Infinite Domain Problems in Lagrangian Method
拉格朗日元法中无限域问题的求解