FEM Analysis of the Air Nailer ′ s Needle Assembly Based on ANSYS Software 基于ANSYS软件的气动钉枪枪针组件的有限元分析
Air Nailer CAE Aided Analysis System Based on VB and ANSYS Software 基于VB和ANSYS软件的气动钉枪CAE辅助分析系统
Vibration Analysis of the Air Nailer's Handle Based on Finite Element Method 基于有限元法的气动钉枪手柄的振动分析
Pneumatic Nailer Handle Material Selection and Finite Element Analysis 气动钉枪减振手柄材料选择及有限元分析
Parameterized Molding of Air Nailer with Top-down Design 支持自顶向下设计的气钉枪参数化建模
Methods The open craniocerebral injury models in rat were established with a nailer gun shoot in rat head. 方法通过民用射钉枪射击建立大鼠开放性颅脑损伤的模型;
Conclusion Combined with using nailer gun shoot and a hypobaric oxygen chamber, the open craniocerebral injury models at simulated high altitude in rats can be established successfully. 结论通过民用射钉枪射击致伤,并结合低压氧舱持续减压,可以成功建立模拟高原条件下大鼠低速低能投射物所致的开放性颅脑损伤模型;
By the analysis of the basic elements constraints and characteristics of the parameters design, the application methods and procedure of the parameters design is studied; In accordance with the features of air nailer components, the implementation of parameters process is presented. 通过参数化设计的基本内容约束和特征的分析,研究了参数化设计的实现方法和过程;根据气钉枪零部件的特点,研究了气钉枪零部件参数化的实现过程。
The air nailer body is a kind of pressure container, it is made from aluminium alloy by die casting process. 气钉枪在各行各业得到越来越广泛的应用,其中枪体是一种压力容器,由铝合金压铸而成。
Assisted with other Computer Aided technology, this thesis studied on air nailer product ID technology with CAD software Pro/ E. The systematic prototype was realized at last. 以Pro/E软件为基础,再结合其他计算机辅助技术,对气钉枪产品工业设计技术进行了研究,并实现了工业设计模块的系统原型。
From the view of software design, the modules 'design method and related technologies about the CAID of air nailer product were explored. Then the technological process of each module achievement was schemed out. 从软件设计的角度,研究气钉枪产品计算机辅助工业设计中各模块的设计原理及相关技术,并建立各模块实现流程。