Plastic limit analysis is a physical nonlinear Problem.
塑性极限分析是物理非线性问题。
The plastic limit analysis is applied to the unstable fracture load.
对失稳断裂载荷进行了塑性极限分析。
This paper describes the lower bound theory of 3-d plastic limit analysis.
介绍了三维塑性极限分析下限法的基本原理。
Enrich the plastic limit analysis of cylindrical shell under axisymmetric loads.
丰富了圆柱壳在轴对称荷载作用下的塑性极限分析。
The theory and method of the plastic limit analysis are introduced systematically.
系统地介绍了结构塑性极限分析的原理和方法。
This method has been used in computers for limit analysis of plane stress problems.
这种方法应用于平面应力问题的极限分析已在计算机上实现。
Pit-limit analysis is also a valuable procedure in determining the phase pit limits.
境界分析对大型矿山确定分期开采的分期境界也具有重要价值。
The typical methods are the limit equilibrium method, the limit analysis method and FEM.
较为典型的边坡分析方法主要有极限平衡法，极限分析法，有限元法等。
In AWGN channel, this paper gives the Shannon limit analysis of BFSK coherent detection.
本文还对BFSK信号相干检测在AWGN信道模型下的香农限进行了分析。
The plastic limit analysis was applied to calculate the stability of jointed rock slopes.
运用有限元塑性极限分析方法研究节理岩质边坡的稳定性。
The plastic limit analysis of cylindrical reticulated shells has been studied in this paper.
本文探讨了圆柱形网壳结构的塑性极限分析。
A numerical method is developed for lower bound limit analysis of 3d concrete high arch DAMS.
提出了适用于三维混凝土高拱坝结构极限下限分析的有限元数学规划算法。
This paper gives the Shannon limit analysis and numerical results while the modulation is BPSK.
本文对BPS K信号调制格式下的香农限进行了理论分析和数值求解。
In this paper, the method of weighted residual is applied to the structural plastic limit analysis.
本文将加权残数法应用于结构的塑性极限分析。
The upper bound limit analysis of the slope is numerically performed by element integration method(EIM) .
边坡稳定的上限分析在数值上是利用了单元集成法来完成的。
This paper introduces 3D stability limit analysis model for soil-nailed wall based on the upper bound theory.
本文介绍了应用上限理论建立的土钉墙稳定性评估的三维极限分析模型。
The problems encountered in theoretical limit analysis of columns with medium slenderness ratio are discussed.
文中论述了求解中长柱承载能力在理论上所遇到的若干困难。
A numerical method for the lower bound limit analysis of 3-d structures under multi-loading systems is presented.
本文提出了多组载荷作用下三维结构下限分析的数值方法。
The paper deals with the problem of limit analysis of structures of combined axisymmetrical thin shells of revolution.
本文研究旋转轴对称组合壳体结构的极限分析问题。
Based on the traditional plastic limit analysis, an improved rigid-nonlinear Hardening approximate model is established.
应用传统的极限分析理论，提出一种改进的刚性-非线性强化近似模型。
This paper deduces the new maximum height formula of loading on soft clay ground by the method of plasticity limit analysis.
对软土地基堆载极限高度进行了塑性极限分析，得出了计算公式。
The limit deepness of deep bore-hole with mud dado in the soils is calculated and analysed by adopting theory of limit analysis.
利用极限分析原理对土体中泥浆护壁深钻孔的极限孔深问题进行计算研究。
This paper describes a design procedure of spherical shells with nozzles subjected to internal pressure based onthe limit analysis.
在塑性极限分析的基础上，本文提出受内压球壳开孔接管的一种整体补强设计方法。
The three-dimensional limit analysis provides a simple and effective computing method for the lateral bearing capacity of rigid piles.
三维极限分析为计算刚性桩横向承载力提供了一种简便有效的方法。
By introducing the generalized method of cells (GMC) into plastic limit analysis, the bearing capacity of ductile composites is studied.
本文将细观力学中的单胞(GMC)模型运用到塑性力学的静力极限分析中，研究韧性复合材料的塑性极限承载能力。
The parametric variational principle may be used to finite element analysis as in plastic limit analysis and in elastic contact problems.
如同弹性接触问题及极限分析中那样，该原理可望用于有限元数值分析中。
The limit load calculation of welding piping tees under the action of the in plane bending moment was derived based on the limit analysis.
基于极限分析的观点，推导了工业中焊制三通在面内弯矩作用下的极限载荷估算式。
The plastic limit analysis and parametric design of a hollow cast steel roll with axle sleeve of the high-speed paper machine are studied.
研究了高速纸机中具有闷头的空心铸钢辊结构的塑性极限和参数设计问题。
This paper describes the limit analysis of latticed columns made from concrete-filled steel tubes under combined bending and axial loading.
本文用极限平衡法求解了钢管混凝土格构柱在轴力和弯矩共同作用下的极限承载能力。
As a simplified method for elastoplastic analysis, limit analysis method is more efficient and practical than the traditional increment method.
作为弹塑性求解问题的简化方法，极限分析比传统的弹塑性增量计算效率更高、更实用。
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