- 更多网络例句与成形模相关的网络例句 [注：此内容来源于网络，仅供参考]
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At first step, the processor before the deformable body contact the end face of cone die cavity regarded as an extrusion process. The minification of core boss's cross-section regarded as compressibility of direct extrusion, which acted as definition factor when construct the Direct Extrusion Model element. Another step, the model element of flat punch extrusion on wedge piece process was constructed when propose the process of deformable body overflow die corner. In this way the spherical end face of blank looked as cone end face one, t he approximate treatment is one of originality innovation in this paper. At last, the two elements have been connected and constructed the model element of cone boss part's deformation in the open die forging.
对于锥形凸台成形的第一个特征时段，即坯料和锥形凸台型腔的端面接触之前的变形过程，本文将凸台的截面缩小率转换成挤压成形的压缩率并以此为界定，建立了不同截面缩小率时的锥形模正挤压的模型单元；对于锥形凸台成形的第二特征时段即锥形模的角部充满过程，在详细考察锥形型腔端面对变形过程影响的基础上，将变形体的球形端面近似成锥面建立了平冲头挤压楔形体的模型单元；最后将前述两种模型单元有机连结，构建了开式模锻中整个锥形凸台成形过程的定量描述。
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Including: applicationprogram interface of UG and VC++ 6.0 based platform, customization of MenuScript, visible design application of UG/Open UIStyler, and 3D design and application in the program of UG/Open API;(3)The gross structure of whole system is designed on the base of open and alternate method, and complete all the modules design and development of the major parts (cavity die, core rod and puncher) and the related mold ( part import, technology judgement, major part assembly and schedule drawing ) of the powder metallurgy forming die.
包括：基于UG平台和VC++6.0应用程序的接口、主菜单MenuScript的用户定制、对话框UG/Open UlStyler的可视化设计和应用UG/Open API语言编程进行三维造型设计等；(3)系统采用开放式和交互式的设计思路，完成了系统的总体结构设计。完成了粉末冶金模具成形模关键零件及其相关模块(加载产品、工艺判别、主要零件装配和工程图)的设计开发工作。
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The design of forming die and manufacturing engineering for CRT shadow mask was described and the flow chart was given.
介绍了彩色显像管荫罩成形模设计与制造工艺，给出了荫罩成形模的设计流程。
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Finally, simulation software was developed with Visual C++ and Delphi for 2D molding analysis of MIM, which affords facilities for the quality forecast of 2D thin wall parts and optimal design of mold and process parameters. In the research of molding performance of MIM feedstock, for the shortcoming of capillary rheometry, it was propounded that using spiral mold test molding performance of feedstock, and a set of spiral mold was creatively designed with quickly exchange gates and closed mold cavity. With the spiral mold, an orthogonal experiment was made on getting regress equation of flow length L〓 of the heavy alloy feedstock. Then the rule of L〓 varying with Q〓, P〓, and ΔT〓 was discovered. Q〓 ranks first in the influence on process parameters of molding performance, P〓 and Δ T〓 second. Therefore the injection rate Q〓 should be controlled primarily to improve the flow performance of feedstock.
在MIM喂料注射成形性能研究方面，针对毛细管流变仪测试法衡量流动性能的不足，提出使用螺旋线模具测试喂料熔体的注射成形性能，创造性地设计了一套可快换浇口，模腔封闭的螺旋测试模，并在螺旋测试模上采用正交实验设计，得出了高密度重合金喂料流动长度L〓的回归公式，揭示了L〓随Q〓、P〓、△T〓和S〓的变化规律，并得出工艺参数对成形性能影响的强度顺序为Q〓最大，P〓与△T〓其次，因而改善喂料流动性能应优先控制注射速率Q〓。
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MARC. And also the influence on final thickness distribution of surface friction of preforming die and forming die was analyzed.
MARC有限元模拟研究了不同形状的预成形模对深筒形件侧壁厚度分布的影响，并分析了预成形模和终成形模的表面摩擦系数分别对成形件壁厚分布的影响，提出了模具型面变摩擦控制厚度分布的方法。
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The design of expansion feeder plate die and shaping die,as well as the flow of metal during the extrusion and the calculation of extrusion force is discussed.
讨论了宽展模、成形模设计和壁板型材生产工艺等问题，重点讨论宽展模及其优化设计的几个原则。
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The design of the structure and main parts of the die for forming the pipe caps is introduced.
介绍了管帽成形模的结构及主要零部件设计。
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Moulds of each process is designed in light of the process optimized,and introducing the mould structure of the forming mould and side punch mould for trimming, and the design of key pieces.
根据所确定的工艺方案对各工序模具进行设计，并介绍了成形模和修边侧冲孔模的模具结构以及关键零件的设计。
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With corresponding complex die-cutting line of products, such as: all kinds of paper cups, yanhe, handtailor, pillow-shaped dorsal seaming, take the printed color manuscript line as it collapsed forming tools, to check whether the cutting line meets its forming the required geometry to prevent waitpending business card printing and membership card prepared to die-forming found that I cannot follow this size.
而相差驳杂的模切线的产物，如：百般纸杯、烟盒、特制盒子、枕形不面不开袋等，还需用打印不入的彩稿按其刀模线折叠成形，以查抄刀模线是否相符其成形所需的众少尺寸，避免比及制卡和会员卡制作达成给模切成形时才发掘按照此尺寸无法成形。
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Aimed tool rack at the characters of simple structure and small size supply, a pair of bending forming die with simple structure is designed, which can save the costs of enterprise and shorten die manufacture cycle.
针对跟刀架结构简单、供货量少的特点，设计出一副结构简单的弯曲成形模，节约了企业成本，缩短了制模周期。
- 更多网络解释与成形模相关的网络解释 [注：此内容来源于网络，仅供参考]
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electroform mold：电铸成形模
multi-cav mold 多模穴模具 | electroform mold 电铸成形模 | multi-g mold 复式浇口模具
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forming die：成形模、压线瓦
Force at rupture 破断力 | Forming die 成形模、压线瓦 | Formula 公式
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st, retch form die：拉伸成形模
squeezing die 挤压模 | st, retch form die 拉伸成形模 | sweeping mold 平刮铸模
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bulging dies：胀形模
1.15 成形模 forming dies | 1.15.1 胀形模 bulging dies | 1.15.2 整形模 sizing dies
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electroformed mold：电铸成形模
multi-cavity mold 多模穴模具 | electroformed mold 电铸成形模 | multi-gate mold 复式浇口模具
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electroformed mould：电化成形模
electroformed mold || 电铸成形模 | electroformed mould || 电化成形模 | electroforming || 电造型,电铸,电铸型
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flanging forming die：翻边成形模
翻孔整形模 hole flanging-sizing die | 翻边成形模 flanging forming die | 切槽模 slotting die
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flanging forming die：切槽模
hole flanging-sizing die 翻边成形模 xOF$XM++zb | flanging forming die 切槽模 q IP6$,'1 | slotting die 拉延模 &*E7jbV'
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hinge forming die：铰链成形模
hinge fault ==> 捩转断层 | hinge forming die ==> 铰链成形模 | hinge in the key ==> 拱顶铰
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channel forming die：槽形成形模
channel flow ==> 明渠流 | channel forming die ==> 槽形成形模 | channel frequency ==> 水流密度频率