含能柔性管材稳定性分析及涂胶策略工艺技术研究

Study on Stability Analysis and Gluing Strategy Process Technology of Energetic Flexible Pipes

摘要: 针对传爆接头非刚性轴孔配合间隙小、装配过程量化不足，涂胶一致性控制难等问题，开展含能柔性金属管材轴线特征稳定性分析与识别研究。对基于细深孔套管内壁高稳定性涂胶策略、无约束柔软金属丝轴线特征控制进行研究。探究了传爆接头内金属管材轴线角度偏移和细深孔内壁涂胶一致性问题，为实现传爆接头全自动化装配、智能化奠定技术基础。

Abstract: To address issues such as small clearance in non-rigid shaft-hole fitting of detonation transfer joints, insufficient process quantification during assembly, and difficulties in adhesive coating consistency control, this study conducts research on the stability analysis and identification of axis characteristics of energetic flexible metal tubes. Investigations focus on high-stability adhesive coating strategies for deep and narrow bore inner walls and the control of axis characteristics of unconstrained flexible metal wires. The research examines axial angle deviation of metal tubes within detonation transfer joints and coating uniformity in deep bore inner walls, thereby establishing a technical foundation for achieving fully automated and intelligent assembly of detonation transfer joints.