分析结果表明刀具路径几何特性对机床的运动学和动力学特性有很大的影响。
The result shows there are great influences of geometrical properties of cutter path on the kinematics and dynamics of a machine tool.
推导出如何计算自旋为1的粒子在绝热和非绝热演化中的几何相位和动力学相位公式，并利用这些公式计算其相位。
We derive formulae of how to calculate the geometric and dynamic phases for spin-1 particle in adiabatic and nonadiabatic evolutions, and calculate the phases by using these formulae.
在快裂变反应堆的临界问题和超临界系统动力学过程的分析中，几何曲率有重要的应用价值。
The geometric buckling is of great value in application to criticality problem and analysis of dynamic process of supercritical system in fast fission reactor.
在进行流体研究时，动力学相似和几何相似是两个最基本的条件。
The dynamic similarity and geometric similarity are the basic terms at studying fluid.
然后分别叙述了几何建模的过程，运动建模的方案，物理建模中动力学方程的构建与求解过程。
Then the process of geometry modeling, the plan of kinematics modeling as well as the building and solution of the dynamics equations in physics modeling are described.
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.
参数曲线高速数控插补时，进给速度规划需要综合考虑机床动力学特性和曲线几何特征的限制。
Velocity planning for curved path interpolation in high CNC machining should be bounded by both dynamic properties of the machine tool and the geometrical properties of the curved path.
用解析几何作为一种近似的方法讨论了生命能量系统动力学模型中两个典型方程解函数平衡点的求解问题。
Analytic geometry was used as an approximate method to discuss the equilibrium values of two typical dynamic equations of Life Energy System.
不同的车轮踏面形状与同一钢轨匹配时具有不同的轮轨接触几何关系，影响车辆的动力学性能。
The wheel-rail contact geometry relationship is different when different wheel tread shape matches the same rail, which will influence the dynamic performance of the vehicle.
对可变几何桁架(VGT)结构展开运动学和动力学进行了系统分析。
Deployment kinematics and dynamics of Variable Geometry Truss (VGT) structures are analyzed systematically.
从代数动力学算法的观点考察了辛几何算法和龙格-库塔算法的保真问题。
The symplectic geometric algorithm and the Ronge-Kutta algorithm are examined from the viewpoint of the algebraic dynamical algorithm.
由上表明，层序几何构型是层序动力学过程的反映，可揭示盆地的沉积特征和演化过程。
It is proposed in this paper that the geometric architectures of sequences could reveal the process of sequence dynamics, the deposition property and evolution process of the basin.
滚动轴承的动力学接触包含了多体接触、滑动、摩擦、几何非线性、材料非线性、边界非线性的复合接触问题。
It is a compound contact problem of rolling bearings dynamic contact combined of multi-body contact, friction, sliding, material nonlinearity, geometric nonlinearity.
使用现有的产品数据表达与交换标准STEP只能描述CAD模型几何、拓扑和部分运动学信息，对多刚体动力学特征的描述一直是特征模型中的一个空白。
But there are only basic info of geometry, topology and partial kinematics in the CAD model in STEP. The description on feature of multi-rigid-body dynamics is hardly blank.
在进行把动力学从几何学的束缚下解放出来的探索中，顺便开始了这个工作。
It was begun, incidentally, by Pierre Varignon who sought to free dynamics from the encumbrance of geometry. Pierre Varignon.
这与移植管的几何结构及血流动力学是密切相关的。
This is close related to the geometry configuration and hemodynamics of the bypass graft.
计算空 气动力学的应用团队为您提供范围广泛的技能，考虑申请从几何准备，分析和报告。
The Computational Aerodynamics Applied team offers a wide-range of skills taking an application from geometry preparation to analysis and reporting.
结果表明，动力学平滑能有效改善几何法轨道精度。
The results show that the dynamic smoothing can improve the precision of geometric orbits.
文章研究了自旋为1的粒子在旋转磁场中的几何相位和动力学相位。
The geometric and dynamic phase for spin-1 particle in a rotating magnetic field are studied.
然而在一次非绝热循环演化过程中，总的相位包括几何相和动力学相。
However the total phase in a nonadiabatic cyclic evolution generally consists of both the geometric and dynamical phases.
构造解析的基本目的是建立构造事件造成的地质体几何学、运动学、动力学和流变学。
The fundamental aim of tectonic analysis is to establish the geometry, kinematics, dynamics and rheology of rocks during tectonic events on all scales.
动力学不稳定性模型被推广到有限几何形状的加热面，以解释微电子器件尺寸对池内沸腾换热临界热流形成机理的影响。
The hydrodynamic instability model is spread for finite geometries in order to explain effects of size of microelectronic devices on the mechanism of formation of pool boiling critical heat fluxes.
提出了一种基于节块内瞬态中子通量展开的六角形几何时-空动力学方程数值解法。
An efficient nodal method for the numerical solution of space-time kinetics equation in hexagonal-z geometry was proposed.
以北黄海盆地构造几何学、运动学特征为基础，探讨了北黄海盆地的构造变形样式及动力学演化过程。
Based on the structural geometry and kinematics of North Yellow Sea basin, the tectonic deformation style and geodynamic process of North Yellow Sea basin are studied.
以板内形变理论为指导，运用构造几何学、构造动力学分析手段和方法。
Guiding the theory of intraplate deformation, the thesis applies the methods of structural geometry and structural kinematics.
计及几何非线性，在各种板边条件下，建立了圆板受迫振动时的非线性动力学方程。
The nonlinear dynamic equation of a circular plate for various boundary conditions is derived, with the geometric nonlinear effects taken into account.
本文引入了几何非线性关系和等效线弹簧模型对含裂纹的弹性轴弹性盘转子系统进行非线性动力学分析。
Non-linear dynamics characters of a rotor system for an elastic shaft-disk with a crack are examined by introducing the geometric non-linearity and equivalent line-spring model.
计及几何非线性，在各种板边条件下，建立圆板自由振动的非线性动力学方程。
The nonlinear dynamic equation of free vibration to a circular plate for various boundary conditions, with the geometric nonlinear effects taken into account.
对河125断层进行了几何学再造，利用平衡剖面分析了运动学和动力学特征。
This paper analyzes the kinematics and kinetics characteristics of Fault he 125 through the analysis of balanced section and the geometric reconstruction of Fault He125.
重点阐述该机构的仿真模型的建立，应用adams软件对构件的动力学仿真分析，讨论设计移动导杆机构的几何参数应注意的问题。
It focuses on establishing kinetic model and simulating dynamics by mechanic dynamics analysis software ADAMS, discussed the questions on designing its components' geometrical parameters.
应用推荐