南京航空航天大学学报（英文版）2022，Vol.39Issue(3)：304-313,10.
低成本非热压罐复合材料飞艇吊舱设计、分析、制造和试验
Design, Analysis, Fabrication, and Test for Low?Cost and Out?of?Autoclave Composite Airship Gondolas
摘要
Abstract
Out-of-autoclave(OoA) processing has the advantages of low cost,light weight and environmental protection,and has become a hot spot in the field of composite materials worldwide. This paper investigates the application of OoA processing in the gondola of the AS700 civil manned airship. The production cost of gondolas is reduced by selecting low cost materials such as glass fiber,PVC foam and OoA processing. The porosity of parts is reduced and controlled at about 2％ by optimizing the edge breathing of prepreg during curing. The maximum tensile strain of the glass fiber is 4593με;its maximum compressive strain is 3680με;and its maximum shear strain is 4884με. The maximum Von Mises stress of the foam is 0.70 MPa. These settings all meet the margin requirement of safety. Finally,the ultimate load test of the gondola is carried out to verify the safety of the gondola structure. Our study presents critical parameters for the gondola design,including load,structure,strength,and manufacturing process test,and provides certain references for the design of similar products.关键词
非热压罐成型/载人飞艇吊舱/泡沫夹心结构/孔隙率控制Key words
out-of-autoclave(OoA)processing/airship gondola/foam sandwich/porosity control分类
航空航天引用本文复制引用
朱强,童明波,肖鹏,刘翀,邱晨,马晶晶,金涛..低成本非热压罐复合材料飞艇吊舱设计、分析、制造和试验[J].南京航空航天大学学报（英文版）,2022,39(3):304-313,10.基金项目
This work was supported in part by China Special Vehicle Research Institute and the Priority Ac?ademic Program Development of Jiangsu Higher Education Institutions. （）
