Stiffener is the important missile structure to ensure the structural strength of the missile. In order to improve the design efficiency and the quality of the missile stiffener, the methods of missile stiffener rapid...Stiffener is the important missile structure to ensure the structural strength of the missile. In order to improve the design efficiency and the quality of the missile stiffener, the methods of missile stiffener rapid modeling and analysis are proposed. First, the problems of traditional manual modeling of the stiffener are analyzed. According to the problems and actual requirement of modeling, volume decomposition method is used to divide the stiffener into the upper section, the lower section and the web in order for feature analysis and parameter extraction. Then based on the parameters the basic unit decomposed above is created for Boolean operation to establish the stiffener. Finally, a rapid stiffener modeling and analysis program were developed based on UG Open API, the modeling and analysis result validates the feasibility of the method.展开更多
扰流肋是涡轮叶片内腔强化对流冷却的核心结构。为实现复杂冷却涡轮叶片扰流肋的参数化建模,提出了扰流肋参数化建模方法。首先用隔板等距面和叶盆或叶背等距面修剪扰流肋实体,保证了扰流肋的深度均匀一致;其次提出了曲线识别算法,建立...扰流肋是涡轮叶片内腔强化对流冷却的核心结构。为实现复杂冷却涡轮叶片扰流肋的参数化建模,提出了扰流肋参数化建模方法。首先用隔板等距面和叶盆或叶背等距面修剪扰流肋实体,保证了扰流肋的深度均匀一致;其次提出了曲线识别算法,建立扰流肋与叶身内型的联系;然后通过设计参数到建模参数的转换提高了扰流肋建模的精度和建模效率;最后采用UG Open API工具开发了扰流肋参数化建模程序,并验证了所提方法的可行性。展开更多
目前对于液压扳手的设计大多采用传统的设计方法,拿到设计任务之后从零开始绘制图纸,设计周期长、效率低。文中提出利用NX二次开发的方法对液压扳手结构进行快速设计并给出程序设计方案。将液压扳手的主要结构系统进行参数化建模,再以Vi...目前对于液压扳手的设计大多采用传统的设计方法,拿到设计任务之后从零开始绘制图纸,设计周期长、效率低。文中提出利用NX二次开发的方法对液压扳手结构进行快速设计并给出程序设计方案。将液压扳手的主要结构系统进行参数化建模,再以Visual Studio 2010为开发平台,利用UG NX/OPEN API提供的二次开发编程接口,运用VC++编程语言实现对话框以及设计界面的具体功能。完成整个系统的构建,实现液压扳手结构的快速设计。展开更多
摘要Stiffener is the important missile structure to ensure the structural strength of the missile. In order to improve the design efficiency and the quality of the missile stiffener, the methods of missile stiffener rapid modeling and analysis are proposed. First, the problems of traditional manual modeling of the stiffener are analyzed. According to the problems and actual requirement of modeling, volume decomposition method is used to divide the stiffener into the upper section, the lower section and the web in order for feature analysis and parameter extraction. Then based on the parameters the basic unit decomposed above is created for Boolean operation to establish the stiffener. Finally, a rapid stiffener modeling and analysis program were developed based on UG Open API, the modeling and analysis result validates the feasibility of the method.
摘要扰流肋是涡轮叶片内腔强化对流冷却的核心结构。为实现复杂冷却涡轮叶片扰流肋的参数化建模,提出了扰流肋参数化建模方法。首先用隔板等距面和叶盆或叶背等距面修剪扰流肋实体,保证了扰流肋的深度均匀一致;其次提出了曲线识别算法,建立扰流肋与叶身内型的联系;然后通过设计参数到建模参数的转换提高了扰流肋建模的精度和建模效率;最后采用UG Open API工具开发了扰流肋参数化建模程序,并验证了所提方法的可行性。
摘要目前对于液压扳手的设计大多采用传统的设计方法,拿到设计任务之后从零开始绘制图纸,设计周期长、效率低。文中提出利用NX二次开发的方法对液压扳手结构进行快速设计并给出程序设计方案。将液压扳手的主要结构系统进行参数化建模,再以Visual Studio 2010为开发平台,利用UG NX/OPEN API提供的二次开发编程接口,运用VC++编程语言实现对话框以及设计界面的具体功能。完成整个系统的构建,实现液压扳手结构的快速设计。