在组合机床设计中，切削用量选择和主轴参数计算是一项非常重要的工作。
In the designing of Modular Machine Tool, choosing cutting conditions and calculating spindle parameters are very important tasks.
研究结果为采用陶瓷轴承主轴单元的高速和超高速数控机床的动态设计提供了实验依据。
The experimental results provide a scientific basis for the dynamic design of high speed and extra-high speed machine tool with the bearing spindle units.
主轴-轴承系统的动态特性是机床主轴部件优化设计的重要指标。
The dynamic characteristics of the spindle-bearing system are important criteria in the optimum design of machine tool spindle.
在此基础上建立了具体的冲突协商流程，通过某机床主轴的协同设计实例说明该方法的有效性。
The concrete flow of conflict negotiation is established. Finally, an example of collaborative design of a machine tool spindle is used to show the validity of this arithmetic.
本文给出了考虑剪切变形引起的挠度计算公式，对现代机床的主轴设计具有一定的指导意义。
This paper puts forth the calculating formula of the deflection caused by shear distortion, which has a reference value to the design of the main shaft of the machine tool.
用逆摄动法进行机床主轴的动力优化设计。
Employing the inverse perturbation method, we have tackled the problem of optimum design of the machine tool spindle.
临界转速是木工机床设计与制造的一个主要参数，为确定木工机床主轴刚度、主轴转速的依据。
Critical rotating speed, a basis for determining the rigidity and rotating speed of the main axle, is an important parameter in the design and manufacture of woodwork machine tool.
对新的设计，先选定电主轴后，其尺寸参数，可作为干涉约束条件，可计算得到无电主轴干涉的并联机床设计参数。
For new design one, the dimension of the new electric spindle selected will be the interference constraint conditions and the machine will be without this interference.
机床主轴的设计除了要考虑其强度和刚度外，尚须考虑其动态特性。
In addition to the strength and rigidity, the dynamic properties of machine tool spindle should be considered.
本文探讨了组合机床主轴箱智能设计系统的开发。
The exploitation of the intelligent CAD system for the modular machine tool spindle box has been discussed in this paper.
讨论了利用有限元单元法对高速铣齿机床主轴箱的结构进行分析及优化设计的方法。
It presents the method applying FEA to the structure analysis of the spindle box of milling machine.
本文介绍了按一种新颖的设计思路制造的高精度机床主轴系统。
The paper introduces the manufacturing of a high precision spindle system based on a new design concept.
运用有限元法和优化设计理论，建立机床主轴结构设计的优化数学模型，选择优化方法，进行了实例计算。
By applying finite element method and optimal design theory this paper carried out an optimal design model of the machine tool shaft, chosen optimal methods and given a living example.
目前在机床的设计中自动让刀机构都设在铣头的主轴上从而使铣头复杂。
The automatic cutter-drawing machinery in the prior design of the machine tool are all arranged on the main shaft of the mill heads, so the mill head is very complex.
提出了运用相似理论优化设计机床主轴及轴承的设计方法，并用实例对该方法进行了验证。
The method by applying the similar theory to design the spindle mechanism of machine tool was presented, and the process and the method were discussed with the examples.
本设计主要针对CA6140机床的主轴箱设计。
This design mainly aims at the headstock of the CA6140 machine tool.
用专家系统实现了机床主轴轴承的优化组合和程序流程的自动控制，最后完成了主轴部件装配图的计算机辅助设计。
The application of expert system in the spindle bearing combination of machine tool is discussed. By means of the expert system, the CAD of spindle parts assembly drawings can be completed.
首先绘制“三图一卡”，然后根据“三图一卡”进行组合机床设计以及主轴箱设计。
Draw "three picture one" at first, go on and make up according to "three picture one" lathe design and main shaft case design.
最后根据机床主轴优化设计的实例采用P SO算法，实现了对机床主轴结构的优化设计。
Finally, we use an engineering example with PSO arithmetic to realize optimization of the machine tool basic shaft.
研齿过程中机床主轴系统的设计以及主要工艺参数的选择是影响研齿效果的重要因素。通过主轴系统的动态分析，可以解决电机与主轴间连接刚度的选择以及飞轮尺寸的选择问题。
The important factors which affect the gear abrasion are the design of machine tool's spiale system and the selecting of main process parameters in the course of the gear abrasion.
以FL- 10 0 0型精密磨床主轴系统为对象，设计了一种精密机床主轴轴承预紧力实时控制系统。
The new\|developed on\|line preload controller of spindle bearing on precision machine\|tool is designed for the spindle system of the FL\|1000 precision grinding machine.
本文就是采用优化设计的方法对机床主轴进行设计的一次尝试。
Here I use the optimization technique to design the spindle. It make the design process...
本文就是采用优化设计的方法对机床主轴进行设计的一次尝试。
Here I use the optimization technique to design the spindle. It make the design process...
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