应用数学和力学2026，Vol.47Issue(2)：189-202,14.DOI:10.21656/1000-0887.450287
基于DD-OSBPD模型的耐火材料热震损伤分析
Thermal Shock Damage Analysis of Refractory Material Based on the DD-OSBPD Model
摘要
Abstract
A fully coupled thermal-mechanical model based on damage dependent ordinary state-based peridy-namics(DD-OSBPD)was proposed.In this model,the new surface effects caused by crack damage due to bond breakage were considered,a bond damage correction factor was introduced and a secondary correction was made to the surface correction factor to enhance the computational accuracy of the peridynamics(PD)model at crack damage positions.Additionally,the OpenMP parallel computing technology was employed to im-plement the numerical calculations for this model.The thermal-mechanical coupling problem of a centrally cracked plate subjected to uniform tensile loading was simulated with the DD-OSBPD thermal-mechanical cou-pling model,the ordinary state-based peridynamic(OSBPD)thermal-mechanical coupling model and the finite element method,respectively.The results validate the effectiveness of the DD-OSBPD thermal-mechanical cou-pling model.With the DD-OSBPD thermal-mechanical coupling model,the crack damage propagation in ceramic plates at various quenching temperatures was simulated,and the impact of different quenching temperatures on the material's thermal shock resistance was investigated.Comparison between numerical simulations with ex-perimental studies show the same crack propagation patterns in good agreement,which further confirms the correctness of the model.关键词
近场动力学/热力耦合/裂纹/损伤依赖/耐火陶瓷Key words
peridynamics/thermal-mechanical coupling/crack/damage dependent/refractory ceramic分类
数理科学引用本文复制引用
张益豪,姜翠香,江小玉..基于DD-OSBPD模型的耐火材料热震损伤分析[J].应用数学和力学,2026,47(2):189-202,14.基金项目
省部共建耐火材料与冶金国家重点实验室基金(武汉科技大学)(G201407) （武汉科技大学）
