合成材料老化与应用2025，Vol.54Issue(5)：14-16,3.
基于树脂传递模塑工艺的无人机板簧纺织复合材料研究
Research on Textile Composite Materials for UAV Leaf Springs Based on Resin Transfer Molding Process
摘要
Abstract
To enhance the mechanical properties of textile composite materials for unmanned aerial vehicle(UAV)leaf springs and reduce their mass,this study employs T800 carbon fiber as a substitute for traditional metallic materials.The carbon fiber is bonded with resin through interlayer crosslinking using the resin transfer molding(RTM)process,resulting in the preparation of three different structural textile composite materials for leaf springs:1/3 underlap 2.5D,conventional underlap 2.5D,and 1/3 twill 2.5D.To verify the mechanical properties of these three materials,tests were conducted from the perspectives of tensile strength,compressive strength,and bending strength.The experimental results indicate that the internal structure of the textile composite materials for leaf springs is closely related to their mechanical properties.Specifically,the binder yarn and underlap yarn can withstand significant compressive and tensile stresses,and combining the binder yarn with the underlap yarn can significantly improve the mechanical properties of the textile composite materials for leaf springs.关键词
板簧纺织材料/层间交联/衬经纱线/力学性能Key words
textile composite materials for leaf springs/interlayer crosslinking/underlap yarn/mechanical properties分类
轻工纺织引用本文复制引用
马晓,何婷婷..基于树脂传递模塑工艺的无人机板簧纺织复合材料研究[J].合成材料老化与应用,2025,54(5):14-16,3.基金项目
校级自然科学项目(项目编号:23XHZK-10 （）
项目名称:复杂条件下无人机协同编队控制研究). （）
