计算力学

《计算力学学报》引文及基金论文定量分析

Quantitatively analyzing the funded theses and the quoted theses in Chinese Journal of 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。

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

文中，在建立屋盖智能隔震升船结构计算力学模型的基础上，建立了屋盖MR智能隔震系统对升船结构顶部厂房地震反应模糊控制的设计计算方法。

After establishing the mechanical model of intelligent isolation structure system , fuzzy control design methods of seismic response for top building of lift ship structure are developed .

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。

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 .

计算力学中的样条有限元法的进展

The developments of spline finite element method in Computational Mechanics

计算力学，经济学，金融与统计。

Computational Mechanics , Economics , Finance and Statistics .

计算力学量平均值的一种方法

A Calculating Method of Average Value of Dynamical Quantity

计算力学系统传递函数的一种方法&Lagrange插值算法

A Method for Calculating Transfer Functions of Mechanical System & Lagrange 's Interpolation

非连续变形计算力学模型中的接触力元

Contact Force Element of Discontinuous Deformation Computational Mechanics Model

借助计算力学的思想可以使广义梁理论完备化。

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

自适应边界元方法为计算力学提供了有力的工具。

Adaptive boundary element method is a powerful tool .

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；

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

韧性断裂计算力学研究中急待解决的问题及其研究的广阔领域。

The problems on flexibility fracture calculation mechanics , and its wide research field are also discussed .

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。

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

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。

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

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。

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

建立任意条件下未注浆和注浆后地表下沉最大值的计算力学模型；

The mechanics model of calculating the maximal value of the subsidence after grouting or not is founded in variable conditions .

加权残值法作为计算力学方法在我国12年中主要的进展

The Main Advances of the Method of Weighted Residuals as a Computational Method of Mechanics for Twelve Years in P.R.of China

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。

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

钢管混凝土结构研究新动向当前岩土计算力学的发展动向&介绍第八届岩土力学计算机方法与进展国际会议

Recent Developments in Research of Concrete Filled Steel Tubular Structures Recent Advances in Computational Geomechanics ── Introduction of the 8th International Conference

数据密集型的科学与工程应用（如计算力学数值模拟、气象预测）需要在广域、分布式的计算环境中快速安全的传输海量的数据。

Data-intensive scientific and engineering applications often require the efficient transfer of terabytes or even petabytes of data in wide-area , distributed computing environments .

建立了短肢剪力墙结构层间侧移计算力学模型&带刚域的十字型梁柱组合单元。

This paper presents a story displacement calculation mechanical model of short pier shear wall structure & beam and column combination element with a rigid zone .

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。

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 .

在计算力学模型相同的条件下，遗传&模拟退火算法的计算结果基本不会大于遗传算法的计算结果。

On the condition of sample calculation mechanical model , Genetic simulated Annealing Algorithms method 's calculation results of all more superiority than the calculation results of Genetic Algorithms .

本文从教学内容、教学目标、实施条件、实施效果等方面探讨了在本科力学课程中引入计算力学内容的可行性。

To change the situation , the paper discusses the feasibility of teaching the computational dynamics in undergraduate learning in aspects of contents , targets , conditions and trying effects .

本文指出了周衍柏编《理论力学教程》第二版中计算力学体系约束力的两处公式的推证错误；

In this paper two erroneous formulas , which discuss constraint forces of mechanical system in Theoretical Mechanics second edition write by Zhou Yengbor , have been indicated and analyzed .

在作者提出的非连续变形计算力学模型中，采用接触力元模型描述多体接触界面上的接触特性。

In the discontinuous deformation computational mechanics model of multiple bodies developed by the authors , the contact-interaction force element model is proposed to simulate complex contact behavior of interfaces among multiple bodies .

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。

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 .

本文涉及采油机械、固体力学、计算力学等多种学科，是材料非线性、接触非线性和瞬态动力学多重耦合的问题。

This paper involves multiple principles , for instance , production mechanics , solid mechanics , computational mechanics and so on , and it deals with multiple coupling problems of material nonlinearity , contact nonlinearity and transient dynamics .

以固体推进剂燃速公式为基础，采用计算力学中的数值积分及插值法，并利用计算机技术，研究了用燃烧室药柱的实际肉厚，确定固体火箭发动机试验曲线中燃烧时间的新方法。

Based on the solid propellant burning rate formula , a new method for the combustion time determination during the data treatment in solid rocket motor firing test was studied with a method of numerical integration and interpolation .