基于SolidWorks二次开发的飞行器快速设计.doc

摘要
导弹是现代战场中必要的武器,所以导弹的研发对一个国家来说是至关重要的,但是导弹的研发周期是很长的,从分析战术技术指标开始,经过设计导弹、制造导弹、还得做试验,再修改,每个步骤都需要很多物力、人力等等,成本很高。由于很多原因,不可能每次都要设计出与众不同的导弹,所以大多数情况下,都会在已有的导弹上加以修改得到性能符合的导弹。
基于以上问题,本论文着重研究导弹的快速设计方法,基于三维设计软件“SolidWorks”二次开发的飞行器快速设计方法。导弹的快速设计方法是基于参数化设计方法的,参数化设计方法有几种,本文就选用其中一种来实现导弹的快速设计,即修改尺寸的方法。在已经设计好的导弹模型下,利用MFC设计程序界面,通过在此程序框架里编写二次开发程序实现导弹的三维模型输出和导弹的质量特性的输出。
关键词:导弹总体设计,SolidWorks二次开发,Visual C++,MFCAbstract
Missiles are necessary weapons in the modern battlefield, so the development of missiles is crucial for a country, but the development cycle of missile is very long, from the analysis of tactical and technical target, through the design of missiles, missile manufacturing, having a test, and also amend it, each step requires a lot of material and human resources, etc., the cost is very high. For many reasons, we can not always design a unique missile, so in most cases, we will modify the missiles which already exist to meet our need.
Based on the above issues, this paper focuses on the rapid design of missiles, secondary development of aircraft rapid design based on three-dimensional design software "SolidWorks". Missile design is based on the parametric design method. There are several parametric methods, this paper choose one of these methods to achieve rapid design of the missile, which modify the size of the missile. After the missile model has been designed, then use the MFC to design program interface, by writing the program in the framework, we can output the three-dimensional model of the missile and also the quality characteristics of the missile.
Key Words: Missile Design, SolidWorks Secondary Development, Visual C++,MFC
目录
第一章绪论 1
论文选题的背景和意义 1
国内外发展现状与趋势 1
参数化设计的发展现状 1
参数化设计和数据驱动的理论方法 2
我国CAD技术现状及发展趋势 5
SolidWorks二次开发 6
论文要研究解决的问题 7
论文研究主要内容 7
导弹总体设计概述 7
基于Visual C++的SolidWorks二次开发 8
把上面两个研究结果结合起来最终实现导弹总体的快速设计 8
第二章飞行器总体参数设计 9
飞行器战术技术指标分析 9
战术技术指标分析的意义 9
战术技术指标分