Integrated Technology for Design and Manufacture of FGRP Radar-dome and Its Mould 玻璃钢雷达罩及其模具的一体化设计制造技术
Reverse engineering design has been conducted on the complicated curved surface of the mould for a sample, radar dome, according to the outline data of the sample and the deformation information measured in the manufacturing process. 根据产品试验件的外形数据,结合产品制造工艺过程中的变形信息,对模具复杂曲面进行逆向工程设计。
Radar BIT system top level design, dome equipment BIT design and cabin devices BIT design are presented. 介绍了系统BIT顶层设计、罩内设备BIT设计和舱内BIT设计。
Parallel Design Technology of FRP Radar Dome and Its Mould Based on ANN 基于ANN的玻璃钢天线罩及其模具的并行设计技术
The example of single layer FRP airborne radar dome proved that the parallel design and share data of the product could be realized by this method, so as to get high efficiency and shortened the period of developing. 结合单层罩壁的玻璃钢航空机载雷达天线罩的设计实例证明了该方法可以实现产品和工艺装备数据共享和并行设计,缩短研制和设计周期,提高了效率。