本文分析了园筒形陶瓷生坯干燥应力情况。
This paper analyses drying stress of cylindrical pottery blank.
这种锁缝筒形横臂机被主要用于男式外套的生产。
This lockstitch cylinder arm machine is mainly used in the production of men's outerwear.
机械扩径是制造管筒形零件的一种精密成形方法。
Mechanical Expanding is one of the finishing processes in cylindrical part forming.
筒形件强力旋压是一种连续的局部复杂变形过程。
The tube power spinning forming is a continuous local large deformation process.
快速转换平板和筒形横臂的应用，确保了用途广泛。
The quick change between flat bed and cylinder arm applications guarantees universal use.
介绍了筒形建筑物爆破拆除专家系统的开发与应用。
In this paper, the process to develop and apply the expert system for cylindrical building blasting demolition.
介绍了SC型和SD型筒形砂套技术要求及制作工艺。
The technological requirement and bonding process for SC and SD type of cylindrical sleeves were introduced.
无凸缘筒形件是生产中应用较为普遍的一种拉深制件。
Flangeless cylindrical parts are a kind of drawing parts and widely applied in production.
介绍一套用于筒形拉伸件切边的模具结构和工作原理。
The structure and working principle of the turn-cutting die for the tube-shaped parts is introduced.
带纵向内筋的薄壁筒形件就是适应这一需要而出现的。
Thin-walled tubular parts with longitudinal inner rib can satisfy the demand.
针对薄壁筒形建筑物的爆破拆除，研究爆破切口参数。
Blasting cutting of circular construction with thin wall is studied.
除非买方指定，制造商无需提供辅助连接件用的筒形丝锥。
Provision of shell tappings for auxiliary connections is not required unless specified by the purchaser.
HPT为径向剖分筒形泵，专为热电厂锅炉给水领域设计。
HPT radially split barrel casing pumps are specifically designed for boiler feed applications in thermal power stations.
本文讨论钢筋混凝土筒形结构物拆除爆破切口参数设计问题。
How to design the cutting parameters of demolishing tubular structure of reinforced concrete by blasting is discussed in the paper.
介绍了圆锥筒形零件的阻力成形法、辅助套筒成形法和模具成形法。
The paper introduced the drag foming, double-sleeve foming and die forming for form conical barrel-type parts.
钛合金筒形件是应用很普遍的零件，但其成形过程还存在一些问题。
Titanium alloy cylinder is a universal part. But there exits lots of problems during the manufacturing.
筒形件强旋时，由于不均匀的塑性变形，在旋压件内产生残余应力。
Because of the nonuniform plastic deformation, residual stresses occur in spun parts.
主要介绍了圆锥筒形零件的阻力成形法、辅助套筒成形法和模具成形法。
The paper introduces the resistance forming, double sleeve forming and die forming for the conical parts.
利用连续速度场解析了筒形件变薄拉深过程拉深力，并获得其上限解析解。
A continuous velocity field is established and applied to the ironing process, and an upper-bound analytical solution is obtained.
本文介绍了该装置的工作原理、研制及其在筒形预应力混凝土结构中的应用。
This paper introduces its development, working principle and application in circular prestressed reinforced concrete structures.
作为一种连续局部塑性成形工艺，滚珠旋压被应用于制造铝合金薄壁筒形件。
As a successively and locally plastic deformation process, ball spinning is applied for the purpose of manufacturing thin-walled tubular parts of aluminum alloy.
以正反向超塑成形厚度均匀的TC 4钛合金深筒形件为背景厚度精度要求1。
Based on the direct-reverse superplastic forming TC4 deep cylinder with uniform thickness thickness accuracy: 1.
其中最著名的具有特殊的筒形结构，从远处看就像是突然降落在农田中的飞碟一般。
The most famous have distinctive round shapes, appearing from a distance like flying saucers that have plopped down in the middle of farm fields.
该机床具有旋压切断功能，特别适用于压缩机壳体等大型圆柱薄壁筒形件的切断加工。
It has the functions of spinning and cutting, especial ly available to cut off big thin-wall cylindrical workpiece such as the shell of compressor.
筒形工件在滚轮架上做加工运转时，由于种种原因发生的水平轴向位移是十分有害的。
It was known that horizontal axial displacement was very detrimental to the turning barrel workpiece being processed on the roller carriage.
用温差拉深工艺成形深筒形件能大幅度降低拉深系数，减少拉深次数，降低生产成本。
Differential temperature drawing in deep sleeve parts can reduce coefficient and times of drawing, then cut down the cost.
在基本假设的条件下，导出了筒形离心式通风机筒壳内气体流动速度的近似计算公式。
With the condition of the basic hypothesis, the approximate calculation formula was worked out on the gas folwing speed in the tubular centrifugal ventilator.
介绍了一种实现筒形类零件二次拉伸的简易模具结构，为类似零件的生产制造提供参考。
A kind of simple die structure which can realize the re-drawing of barrel-shape parts is introduced, which can be referenced by similar parts manufacture.
通过数值模拟与实验结果的比较，得出了获得较理想的成形薄壁筒形件时减薄率的选取范围。
Through the comparison of numerical simulation value and experiment results, the range of reduction ratio was obtained while the tube forming ideality.
通过数值模拟与实验结果的比较，得出了获得较理想的成形薄壁筒形件时减薄率的选取范围。
Through the comparison of numerical simulation value and experiment results, the range of reduction ratio was obtained while the tube forming ideality.
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