塑料科技2024，Vol.52Issue(6)：77-83,7.DOI:10.15925/j.cnki.issn1005-3360.2024.06.015
基于反演优化算法的钢丝-热熔胶黏结界面失效行为研究
Study on Failure Behavior of Steel Wire-Adhesive Resin Interface Based on Inverse Optimization Algorithm
摘要
Abstract
The steel wire winding reinforced plastic composite pipe(PSP)has excellent comprehensive performance and has been widely used in petroleum,chemical industry,water supply and other industries.However,in the extreme environment of high temperature and high pressure,the interface debonding failure occurs between the steel wire inside the pipe and the hot melt adhesive.In order to study the failure behavior of the bonding interface between steel wire and hot melt adhesive,the paper conducted a single steel wire/hot melt adhesive sample drawing test,established a single steel wire drawing finite element model consistent with the test loading process.Based on the cohesion theory to simulate the bonding effect between steel wire and hot melt adhesive,an ABAQUS-Python-MATLAB interactive program was developed according to the inverse optimization calculation concept,to achieve automatic comparison between each round of tensile force-displacement calculation curves and experimental curves,as well as continuous optimization of interface parameters.The inversion cohesion parameters were substituted into the drawing models with different buried depths.The calculation results of the peak value of the drawing force and the corresponding displacement were in good agreement with the test results.The inversion parameters can reflect the bonding effect of the wire and hot melt adhesive.关键词
钢丝缠绕增强复合管/钢塑黏结界面/有限元模型/内聚力理论/反演计算Key words
PSP/Steel-plastic interface/Finite element model/Cohesive/Iterative calculation分类
通用工业技术引用本文复制引用
胡俊岩,程彪,张剑,刘文俊,师俊..基于反演优化算法的钢丝-热熔胶黏结界面失效行为研究[J].塑料科技,2024,52(6):77-83,7.基金项目
武汉市科技局应用基础前沿项目(2019010701011417) （2019010701011417）
智能复合管道系统开发(2019-KYY-533005-0001) （2019-KYY-533005-0001）
"雏鹰计划"培育项目资助(CY2022002) （CY2022002）
