ked

The spline model method of ked analysis in planar linkage

平面连杆机构KED分析的样条模型法

Investigation of the Generalized Equation of Motion for KED Analysis of Flexible Mechanisms

机构运动弹性动力学普遍方程的研究

A New Method of KED Analysis of Robotic Manipulator

机器人操作机弹性动力学分析新方法

A KED Analysis of Linkage Based on Robust Synthesis

基于稳健设计的弹性连杆机构动力学分析

New method for ked analysis of Planar Linkages

平面连杆机构KED分析的新方法

The ked analysis for planar mechanical system with clearances

含间隙平面机械系统KED分析

Computer simulation for four-bar linkage design the spline model method of ked analysis in planar linkage

计算机模拟连杆机构设计平面连杆机构KED分析的样条模型法

Ked simulation of mechanical system with bearing clearances

含间隙机械系统KED分析的计算机仿真

The KED analysis of elastic link mechanism with clearances

含间隙弹性连杆机构的KED分析

The KED Equation and Solving of Robot Mechanism

机器人系统的KED方程及其求解

KED Analysis of An Elastic Planar Parallel Manipulator

弹性平面并联机器人的KED分析

KED modeling of an elastic spatial parallel manipulator

空间弹性并联机器人KED建模

KED Research of Hybrid Robot

新型并串联复合机器人KED研究

An arthropod genus of wingless flies including the sheep ked .

包括绵羊虱蝇在内的无翅虱蝇科的一个属。

Conductometrictitration determination of flavone content in cole-bee pollen soa ked solution

油菜蜂花粉浸取液中黄酮含量的电导滴定测定

If I see that ked in my orchard again I 'll knock his head his head off .

我要是再看到那个小孩到我的果园里来，我就揍他。

A dynamic model of elevator mechanical system is built and the dynamic behavior of the system is analyzed theoretically by using kineto-elastodynamic ( KED ) method .

建立了电梯机械系统的动力学模型，并用运动弹性动力学分析方法对该系统的动态特性进行了理论分析研究。

But the findings motivated this scientist to title his presentation " Is Earth F * * ked ? "

但计算机模拟结果促使科学家将这次演示称为“IsEarthF**ked？”。

Based on the kineto-elasto-dynamics ( KED ) analysis of mechanism , controlled system state-space equations are derived . The method of selecting optimal poles of system is discussed .

基于机构弹性动力学分析（KED）建立了受控系统状态方程，讨论了系统最优极点的选取方法。

After all , he told Australian journalists he had been " rat-f * ked " by Beijing .

他曾告诉澳大利亚记者，说到底，自己被北京愚弄了。

After comparing , the sensitivity analysis based on the direct differentiation method was used in the solution of dynamic response during kinetic elastic dynamics ( KED ) synthesis of elastic link - ages .

通过比较，将灵敏度方法应用在机构弹性动力综合的多次动力重分析过程中。

When the motion law of rigid body of manipulator is known the elastic motion law of its platform and of each joint of legs cam be found out by this KED equation .

已知机器人的刚体运动规律，由此方程可以求出其平台以及腿部各关节的弹性运动规律。

A method of KED combined with Wilson - θ is applied to analyze the elastic displacement responses and obtain the expectation and variance of the elastic displacement responses using Monte-Carlo digital simulation .

应用弹性动力学KED分析法与威尔逊θ法相结合的方法进行了弹性位移响应的计算分析，结合MonteCarlo数字模拟获得机构弹性位移响应在整个周期内的均值和方差；

On the basis of modern theories of vibration , KED analysis and finite element method , a kinetic model of piston-linkage mechanism of XN2110 diesel engine was set up by I-DEAS software of SDRC USA.

本课题基于运动弹性动力学理论以及有限元分析方法，利用美国SDRC公司的IDEAS软件，对含运动副间隙的XN2110柴油机的活塞、连杆机构建立了动力学模型；

Sputtering yield and kinetic energy distribution ( KED ) of Si + from the SiO 2 sample bombarded with 1 & 5 MeV Si ions were measured with a conventional time of flight ( TOF ) facility .

利用飞行时间谱仪（TOF）技术测量了1&5MeVSi离子轰击SiO2产生的Si+二次离子动能分布和溅射产额。

In this papar , the members of planar linkage are regarded as elastic objects , whose mass is distributed continuously . The natural frequencies , modes of vibration and the KED response can be solved upon the theory of elastic object vibration .

将弹性连杆机构的构件视为质量连续分布的弹性体，依据弹性体振动理论求解机构的固有频率、主振型及KED响应。

Results : The positive coincident rate of bacterial culture , Widal reaction , and enzyme-lin ked immunoassay for detection of typhoid bacilli H antigen for diagnosing typhoid were 34.6 % , 59.6 % , 86 % , respectively .

结果细菌培养、肥达反应、伤寒杆菌H抗原的酶免疫检测对伤寒患者的诊断的阳性符合率分别为34.6%，59.6%和86%。

The paper , using the finite element method with lumped mass and the modal synthesis technique , presents the establishment of a robot kineto-elastodynamics ( KED ) equation which applied to the articulated robot with any degrees of freedom , any component shape and any finite element form .

本文利用集中质量的有限元模型和模态综合技术，建立了适合任意构件形状和任意单元类型的关节式机器人的运动弹性动力学（KED）方程。