computational mechanics

Quantitatively analyzing the funded theses and the quoted theses in Chinese Journal of Computational Mechanics

《计算力学学报》引文及基金论文定量分析

The developments of spline finite element method in Computational Mechanics

计算力学中的样条有限元法的进展

Network parallel computing method and its application to Computational Mechanics

网络并行计算及在计算力学中的应用

The New Development of Intellectual Science : a Computational Mechanics Integrating Computation with Dynamics

智能科学的新发展&一种计算与动态相结合的计算力学

Numerical Analysis about Strain-Softening and Research of Neural Computational Mechanics in Mechanics Simulation

力学仿真中的应变软化问题数模分析与神经计算力学研究

Contact Force Element of Discontinuous Deformation Computational Mechanics Model

非连续变形计算力学模型中的接触力元

Application of Computational Mechanics to Tire Design

计算工学在轮胎设计上的应用

The Model of Distributed Parallel Computational Mechanics

分布式并行计算的力学计算模型

Computational Mechanics , Economics , Finance and Statistics .

计算力学，经济学，金融与统计。

Computational mechanics and software technology are used to make metal forming process virtualized and visualized .

以计算力学和软件科学为工具实现塑性加工过程的虚拟化和可视化；

The Boundary Element Method ( BEM ) is a kind of efficient numerical method in modern computational mechanics .

边界元方法（BEM）是近代计算力学中的一种高效数值方法。

Computational mechanics is a new theory frame to analyze how geometric state space structures support computation in dynamics systems .

计算力学是一个全新的理论框架，主要研究动力学系统中的几何状态空间如何支持符号推理计算。

Epsilon machine , a new computational mechanics , can discover hidden pattern from the response time series .

机是一种新的计算力学理论，它能从时间序列中发掘系统的隐含模式。

Ode techniques and applications in Computational Mechanics

常微分方程技术及其在固体力学计算中的应用

The completion of GBT can be obtained by means of computational mechanics .

借助计算力学的思想可以使广义梁理论完备化。

Furthermore , a new method combining computational mechanics , neural network and experimental modal analysis was demonstrated for composite health monitoring .

进而提出了一种将计算力学、神经网络和实验模态分析相结合的复合材料结构脱层损伤检测的新方法。

Sheldon is very active in computational mechanics , and other applied mathematics and engineering societies .

晓东在计算力学，和其它应用数学和工程学学会十分活跃。

With the constantly development of computer technology and computational mechanics , fatigue analysis methods based on finite element technology is gradually been adopted .

随着计算机技术和计算力学的不断发展，基于有限元技术的疲劳分析方法逐渐被人们所采用。

The Finite Element Method is one of numerical calculation methods in computational mechanics , which has the biggest influence and is the most widely used method .

有限元法是计算力学各种方法中影响最大、应用最广泛的一种数值计算方法，是国内外进行结构分析普遍采用的方法。

TO determine the relationship between the macroscopic behavior of multi-phase materials and their microscopic structure is nowadays an important subject of computational mechanics .

确定多相体材料的宏观性能与其细观组织之间的关系是当今计算结构力学的一个重要课题。

In this paper , the computational Mechanics and electromagnetics have been combined to develope the theory and design of EHD .

文中将计算力学方法与电磁场理论结合起来，建立了电磁式谐波传动的理论和设计方法。

With the fast development of nanotechnology , nano-mechanics has become a hot research topic in the field of computational mechanics and material science .

随着纳米科技的不断发展，对纳米尺度的结构进行力学性能分析，成为了当前纳米力学研究的一个热点。

Computational mechanics and fracture mechanics intercross and give birth to a new branch of fracture mechanics-the computational fracture mechanics .

计算力学与断裂力学学科相互交叉、相互渗透便产生了断裂力学新分支计算断裂力学。

It is one of the most advanced subjects to carry out the parallel algorithm design for finite element methods on distributed memory MIMD computer in computational mechanics .

在分布式并行计算机环境下开展有限元并行算法研究是计算力学领域的前沿课题之一。

The Wilson finite element , known as Wilson 's brick in the three-dimensional finite element applications , is widely used in computational mechanics and structural engineering .

Wilson元&在三维有限元应用中，也称为Wilson砖，被广泛地应用于计算机械学与结构工程学中。

Aimed at the problems of thick plate fine blanking process , a computational mechanics model based on its characteristic was established to analyze the mechanical state of the process .

针对厚板精冲过程中的各种问题，根据其工艺特点，建立了精冲计算力学模型，并分析了厚板精冲过程的力学状态。

The numerical simulation of automotive body panel forming is the research area of interdiscipline including metal plastic forming theory and process , computational mechanics , CAD technology , computer graphics , etc.

汽车覆盖件成形过程的数值模拟技术是金属塑性加工理论和工艺、计算力学、CAD技术、计算机图形学等多个学科相互交叉渗透的研究方向。

Computational Mechanics is the basic of CAE ( Computer Aided Engineering ), because of the rapid development of computer technology , it becomes one of the most important ways to resolve engineering problems .

计算力学是CAE（ComputerAidedEngineering）的基础，随着计算机的高速发展，它逐渐成为力学工作者解决工程问题最重要的手段之一。

Epsilon machine is a theory tool of computational mechanics , and its goal is to discover patterns intrinsic to a process about process 's structure with little priori assumptions .

ε机是计算力学体系中的主要理论工具，它的目标在于用尽可能少的人为假设，去揭示系统隐含的固有模式。

With the speedy development of computational mechanics and the massive project practice , the finite element method , with its special advantage , has been applied to stress analysis of arch dam widely .

随着计算力学的快速发展和大量的工程实践，有限单元法因其独有的优势已广泛应用于拱坝的应力分析。