多体理论

基于Newton-Euler法多体理论，提出了一套通用的坦克动力学分析方法，它采用多体树来描述系统的拓扑结构，并用Huston方法来解决系统的约束问题。

Based on dynamic of multi-body system ( Newton-Euler ), we propose a general dynamic analysis method of the tank , which describes topology structure using multi-body tree , and resolves restriction problem using Huston method .

基于多体理论的极坐标数控铣齿机床几何误差建模

The modeling about geometrical error of the NC machine-tool from polar-coordinate milling based on multi-body system theory

Ne原子库仑孔的多体理论计算

Many - body theoretic calculation of the Coulomb hole in Neon Atom

K-H多体理论在火炮通用动力学建模中的应用

Application of K-H many-body Theory in Gun General Dynamic Model

建立了管的多体理论模型，并应用Wang和Johnson的有限元分析结果，在多体模型中考虑了不断变化的管结构形状以及内部气压的影响。

A multibody model of the inflatable tube is built up , according to Wang and Johnson 's finite element research results , the changeable configuration and the inner pressure of the tube are considered in the model .

利用扩展的Skyrme相互作用可从HartreeFock多体理论中给出一种新的状态方程.本文在这个状态方程的基础上研究了静态中子星的性质。

The static properties of neutron stars ( NSs ) are studied with a set of new equations of state based on extended Skyrme interactions in Hartree Fock many body theory .

简要评述了相对论核多体理论最近的发展及其在核物质和有限核的微观描述方面的应用，所涉及的理论框架主要是相对论Brueckner-Hartree-Fock理论和相对论平均场理论。

Relativistic many body methods , which include the relativistic Brueckner Hartree Fock ( RBHF ) theory and the relativistic mean field ( RMF ) approach , were introduced , while their progress and application for nuclear matter and finite nuclei were presented .

铍原子基态交换-相关能的多体理论计算

Atomic many-body calculations on the ground state exchange-correlation energy of beryllium atom

多体理论的激光扫描系统几何位置误差建模

Geometric position error modeling of laser scanning system based on multi-body theory

基于多体理论模型的加工中心热误差补偿技术

A MBS-Based Technique for Compensating Thermal Errors in Machining Centers

相对论核多体理论中的自洽问题和求和规则

Consistency and Sum Rule in Relativistic Nuclear Many-body Theory

对核物质性质的主要研究方法是相对论核多体理论。

The studying method for the nuclear matter is the relativistic nuclear many-body theory .

基于多体理论的道路交通安全评价及预测的研究

Study of Evaluation and Forecast of Road Traffic Security Based on Multi - body Theory

量子多体理论的某些进展&在艰辛而诱人的基础研究道路上

Some Advances in Quantum Many body Theories & A Tough and Charming Way to Fundamental Research

基于多体理论的汽车悬架系统分析、设计与控制研究

Research on the Analysis , Design and Control of Automobile Suspension System Based on Multibody Theory

又根据量子多体理论，计算了准粒子的激发谱、寿命和有效质量。

We also present theexpressions for the excitation spectrum , lifetime , and effective mass of quasi-particles .

激发态过程的多体理论方法

Many-body Theory for Excited-states Process

基于多体理论的数控双盘铣刀加工斜齿轮啮合分析

Meshing Analysis of CNC Helical Gear Milling with the Double Dick-type Cutter based on Multi-body System Theory

基于多体理论的车辆制动性能的虚拟试验的实现及评价

Analysis of virtual prototype test of a car 's braking ability based on the theory of multibody system

采用介子云口袋模型，在相对论性多体理论的框架中计算了短程核力。

By using meson cloud bag model we calculate the short range nuclear force in the formulation of the relativistic many body theory .

从而验证了多体理论和联合仿真技术在履带车辆半主动悬挂技术的可行性。

The feasibility of applying multi-body dynamics theory and co-simulation technology to semi-active suspension system of tracked vehicle is proved by simulation results .

基于多体理论的数字化虚拟样机技术的发展及其在各行各业中的应用为主动悬挂车辆系统的快速设计、分析和优化提供了有力的工具。

But as the development of digital virtual prototype technology , it provides a powerful tool to rapidly design , analyze and optimize a vehicle system with active suspension .

采用相对论性的多体理论方法，在介子云口袋模型的基础上，统一计算了夸克间交换胶子与π介子所给出的核子间相互作用的短程与长程部份。

Based on the cloudy bag model , the short range and long range nuclear force due to the exchange of gluons and pions between quarks are calculated is an unified way by using relativistic many-body theory .

本文在单臂机器人机构运动学及多体理论的基础上，建立双臂机器人机构在协调运动过程中的位置、姿态、速度水平和加速度水平约束方程。

Based on the kinematic of One-arm robotic mechanisms and the theory of multibody system , the constrained equations of coordinate and direction and the level constrained equations of velocity and acceleration of Two-arm robotic mechanisms in the process of Coordinate motion are established .

基于多体力学理论，采用ADAMS软件平台建立了炮闩系统的虚拟样机。

Based on the theory of Multi-body Dynamics , we adopt ADAMS simulation platform and establish virtual prototype of breech mechanism .

概述了多体动力学理论，并介绍了利用ADAMS软件进行运动学、静力学、动力学分析的理论基础。

Outlined Multi-Body System Dynamics theory , and introduced the kinematics , the statics , and dynamics analysis rationale using the ADAMS software .

论文应用多体动力学理论和绳索动力学分析理论，基于刚体离散化的思想，在机械动力学分析软件ADAMS中建立了阻拦索的动力学仿真模型。

Based on the idea of rigid body discretization and using multi-body dynamics and rope dynamic theory , dynamic simulation model of arresting cable is established by mechanical dynamic software ADAMS .

本文通过建立完整的汽车传动系三维模型，运用ADAMS多体动力学理论和有限元分析方法，将传动系统离散化，建立了集总质量的多自由度动力学模型。

By the ADAMS multi-bodies dynamic theory and the finite element analysis method , this 3D model was discrete and the concentration mass dynamic model with the multi-degrees of free was made .

另外，文中还讨论了研究过程中所使用到的一些基本的物理理论，如Mie散射理论，多体散射理论等等。

In addition , we also discussed some basic theories which are used in our research , such as Mie theory and multiple scattering method .

RoboCup即机器人世界杯足球锦标赛，是国际上多智能体理论与算法的标准验证平台。

RoboCup ( Robot World Cup ) is an international standard test bed of multi-agent system theories and algorithms .