目前带压密封夹具设计理论存在一定缺陷，本文分析并指出在UG软件环境下进行夹具设计和实体建模的优越性。
This article analyzes the limitation about the design theory of the on-line pressure sealant clamps and the advantage of the clamps design and modeling at platform of UG.
本文利用通用化有限元分析软件ANSYS作为分析工具，对真空吸夹具的密封关键部位及密封元件进行了有限元静态分析和优化设计。
The static analysis and structural optimization of the key seal parts and components of vacuum clamp are researched in this thesis using finite element analysis software ANSYS.
此外还对组合式夹具的现场实施带压密封技术的方法和注剂密封胶的合理选择作了进一步的分析说明。
The methods of on-line pressure seals and the proper choice of injecting sealant while implementing assembling clamp were further analyzed.
该方法另外还包括将密封包围在形成于第一和第二管道系统部件之间的连接部周围并且将环形夹具放置于此密封的周围。
The method additionally includes the steps of wrapping a seal about a joint formed between the first and second ductwork components and positioning a ring clamp about the seal.
此外还对组合式夹具的现场实施带压密封技术的方法和注剂密封胶的合理选择作了进一步的分析说明。
The methods of on-line pressure seals and the proper choice of injecting sealant while implementing assembling clamp were further ana...
此外还对组合式夹具的现场实施带压密封技术的方法和注剂密封胶的合理选择作了进一步的分析说明。
The methods of on-line pressure seals and the proper choice of injecting sealant while implementing assembling clamp were...
此外还对组合式夹具的现场实施带压密封技术的方法和注剂密封胶的合理选择作了进一步的分析说明。
The methods of on-line pressure seals and the proper choice of injecting sealant while implementing assembling clamp were...
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