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首页> 外文期刊>Canadian Aeronautics and Space Journal >Design and Development of an Advanced Process Control System for Autoclave Processing of Composite Materials
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Design and Development of an Advanced Process Control System for Autoclave Processing of Composite Materials

机译:复合材料高压釜加工高级过程控制系统的设计与开发

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This paper presents an advanced process control system (APCS) for autoclave processing of composite materials, currently under development by the University of Manitodba and the National Research Council Institute for Aerospace Research, in collaboration with Bristol Aerospace and Boeing Canada Technology. The goal for The APCS is to develop and implement optimized Autoclave process cycles that can reduce manufacturing Cycle times and product variability, thereby reducing both The costs and improving the quality of advanced composite Materials. This ambitious goal requires integration of a Number of leading-edge manufacturing technologies, Including process simulation (virtual manufacturing), Advanced sensing technologies, and adaptive process Control and optimization.
机译:本文介绍了一种先进的过程控制系统(APCS),用于复合材料的高压灭菌处理,目前由Manitodba大学和美国国家研究委员会航空航天研究所与布里斯托尔航空航天公司和波音加拿大技术公司合作开发。 APCS的目标是开发和实施优化的高压灭菌器工艺周期,以减少制造周期和产品差异性,从而降低成本并提高先进复合材料的质量。要实现这一宏伟目标,就需要集成许多先进的制造技术,包括过程仿真(虚拟制造),先进的传感技术以及自适应过程控制和优化。

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