子模型

采用大型有限元分析程序ANSYS，并采用子模型技术，可以足够精确地了解结构整体以及局部的应力情况。据此应力情况，按损伤容限法的观点，认为焊接结构存在初始缺陷；

The usage of large scaled FEM program-ANSYS and submodel technology can help us find out the distribution of stress of whole and local structures adequate accurately .

通过拟合度和F统计量的比较，确定5阶Legendre多项式为拟合固定效应的最佳子模型。

A Legendre polynomial of 5 orders is chosen as a candidate of optimal submodel for fixed effects according to goodness of fit and F statistic .

C（60）分子的一维谐振子模型

One Dimension Harmonic Oscillator of C_ ( 60 ) Molecule

大统一前子模型与Ny实验结果对比分析

Comparison and analysis of grand unified PREON models and experimental data of n_y

通过分析和验证，该两种不同模式的系统均能够正确地实现AIM中的四个异步服务调用子模型。

Through the analysis and verification , the correctness of these two system designs is proved .

D维q变形谐振子模型

D-dimensional q - deformed harmonic oscillator

ANSYS子模型技术的应用

Applications of ANSYS 's submodels technique

赤道东太平洋SST的海-气振子模型

Sea-air oscillator model for equatorial eastern Pacific SST

该方法集中了Petri网和面向对象技术的优点，并融系统决策规则子模型中。

The method has the advantages of Petri net and object oriented technology , and includes the decision rules in modelling .

文中详细介绍了ANSYS有限元计算软件的发展、功能、计算方法、前后处理程序和软件中的子模型法。

This thesis report introduces the development , the function , the computation methods and the sub-modeling method for the FEA program ANSYS .

CdxHg（1-x）Te混晶的远红外反射光谱和多振子模型

Far-infrared reflection spectra and the multimode model for mixed crystal cd_xhg_ ( 1-x ) te

本文我们将手征性要求和互补原理（Complementarity）应用于大统一前子模型中，寻找可能的模型。

We use the requirement of the chirality and complementarity in grand unified preon models to search for possible models .

Agent模型由信念、目标、计划三个基本子模型构成，这些子模型是根据分析阶段所获得的职能模型、协同工作过程模型以及领域本体来建立的。

Agent Model consists of three sub-models : Belief Model , Goal Model and Planning Model , which is built according to the role models and cooperative working process models obtained from agent-oriented analysis phase .

宇宙线超高能相互作用的QCD部分子模型产生器

A Generator of QCD Parton Model for the Study of Cosmic Ray Ultrahigh Energy Interactions

在温室番茄叶面积和干物质生产子模型中，首次提出了预测叶面积的综合光温指标&辐热积。辐热积指的是相对热效应与光合有效辐射PAR的乘积。

In the leaf area and dry matter production submodel , the Product of thermal effectiveness and PAR ( TEP ) was proposed .

半平面CGM（halfplanecompoundGauss-Markov）模型是以线过程（lineprocess）标识不同的子模型，适合于描述平稳和非平稳的位移矢量场DVF（displacementvectorfield）；

Each submodel of a half plane compound Gauss-Markov model , which is identified by a line process , is suitable for describing stationary or nonstationary DVF ( displacement vector field );

借助价子模型，讨论了原子核中的质子电形状因子GE~P（Q~2）和π衰变常数fπ。

By using the valon model , the electric form factor of the proton in the nucleusG_E ~ P ( Q ~ 2 ) , and π decay constant f_ π are discussed .

采用特征加权模糊多类分类支持向量机划分浮选工况，在每个工况区间分别建立泡沫图像与pH值的关系子模型。

The flotation process is divided into three working conditions based on feature weighted fuzzy multi-classification support vector machine , and sub-model of bubble image features and pH value is established in each range of conditions .

以Adams与Matlab作为协同仿真平台，基于双振子模型LQG控制器设计，建立了稳定控制方案和技术路线。

Based on the collaborating simulation / design between ADAMS and MATLAB , the design scheme and technical route of vertical stability control are established by double-oscillator LQG controller .

我们也讨论了若允许重中微子代存在时，LEP实验结果对大统一前子模型的限制。

We also discuss the constraints to grand unified preon models if the very heavy neutrinos are allowed .

子模型法在解决复杂应力应变问题时具有高效率和高精度的优点，但其分析步骤繁琐，过程比较复杂，在实V际应用中容易出现操作错误。

This method is high efficient and high precision in solving the complex problems of stress and strain . But the process of analysis is minute and complicated and easy to make operational mistakes in the practical application .

为了克服这一困难，本章首次提出带有局部非线性子模型的T-S模糊模型的建模技术并给出了相应的控制器设计方法。

In order to overcome the difficulty , a new type of T-S fuzzy models with local nonlinear subsystems are proposed and the corresponding control synthesis techniques are given .

基于遗传算法，设计了一种启发式算法用来求解这个NP难问题。该算法将原模型拆分成多个库存优化问题与车辆路径子模型，原问题将通过对每个子模型的求解而得出最优解。

A heuristic method which decomposes the model into several inventory problems and transportation problems , each of which was solved with Genetic Algorithm has been design to solve this NP-hard problem .

在有了网络拓扑结构和振子模型这些内在因素之后，我们考虑外界光照信号对SCN网络的影响。

Based on these intrinsic factors , i.e. , the topology and dynamical model , we can study the influence of external light conditions on SCN network .

区域交通控制模型具有多层次性特点，最顶层模型采用PTIDES计算模型，其余子模型采用DE计算模型。

Area Traffic Control System characterizes its multi-levels . Among them , the top-level model uses PTIDES domain and the remaining sub-models use the DE domain .

此外，在所提出控制律的作用下，分别针对由Morse振子模型描述的双分子系统以及自旋1/2系统给出了数值仿真。

Moreover , the numerical simulations are performed on the diatomic molecule described by the Morse oscillator model and the spin-1 / 2 system under the control law proposed , respectively .

该方法首先用SOM神经网络对语音特征参数进行聚类分析，再对每类特征参数建立相应的辨识模型，然后将各子模型的辩识结果相加融合。

The proposed method use SOM neural network to classify voice characteristic coefficients , then built identification model based on GMM for each classification , finally sum fusion the identification results of each sub-model .

在高能标度下描述强子的是与探测强子结构的硬过程相联系的QCD部分子模型。

At high energy scale , the QCD parton model , which is relative to the hard process for testing the hadron structure , is used to describe the hadron .

本文主要研究了非自治系统中具有代表性的两个例子，即非自治的一维经典谐振子模型和非自治的一维广义Fokker-Planck方程。

In this dissertation , we study two typical examples of nonautonomous systems . One is the one-dimentional classical harmonic oscillator , the other is one-dimentional generalized Fokker-Planck equation .

基于子模型法的330kV线路绝缘子串电压分布计算

Voltage distribution calculation and analysis of insulator strings on 330 kV transmission line based on sub-model method