Advanced Techniques for Design and Analysis of Composite Communication Reflectors and Materials

Q2 Engineering
T. Douglas
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引用次数: 0

Abstract

As the benefits of advanced composite materials become known to the satellite communications industry, there is an increasing need for fast and accurate design and analysis of these new composite reflectors. Since often times these composite structures are used in cost critical commercial applications, which require faster design engineering, materials development, and manufacturing with shorter delivery schedules. Due to cost and time constraints, full scale environmental testing is usually not an option for these commercial applications. Therefore, there is an urgent need for experienced composite D&A engineers with an extensive background in composite materials and structures. These engineers relay on many advanced techniques and tools to accelerate the composite design and engineering process. In this thirty-minute presentation, WCA will discuss the design and analysis techniques and tools used to develop several satellite communications composite structures for this industry. The design and analysis schedule for this project was significantly reduce due to the experience of the WCA engineering team, and the access to composite materials developed for the aerospace industry
复合通信反射器与材料设计与分析的先进技术
随着先进复合材料的优点为卫星通信行业所熟知,对这些新型复合反射器的快速准确设计和分析的需求日益增加。由于这些复合结构经常用于成本关键的商业应用,这需要更快的设计工程,材料开发和更短的交付时间表制造。由于成本和时间的限制,全面的环境测试通常不是这些商业应用的选择。因此,迫切需要具有丰富复合材料和结构背景的经验丰富的复合材料研发工程师。这些工程师依靠许多先进的技术和工具来加速复合材料的设计和工程过程。在这个30分钟的演讲中,WCA将讨论用于开发该行业的几种卫星通信复合结构的设计和分析技术和工具。由于WCA工程团队的经验,以及为航空航天工业开发的复合材料,该项目的设计和分析时间表大大减少
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CiteScore
2.10
自引率
0.00%
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0
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