Personal Information
Associate Professor Supervisor of Doctorate Candidates Supervisor of Master's Candidates
Scientific Research
Research Field
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Paper Publications
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- Yu, Ye.Jia, Xiuxian.Xu, Jiansong,Ding, Guofu,Han Xiao,Huang, Xian-gui.Bending and failure behavior of 3D printed continuous fiber reinforcement composite corrugated sandwich structures: Experimental and numerical investigation[J],JOURNAL OF SANDWICH STRUCTURES & MATERIALS,2025
- .韩啸.Han Xiao,马建立,WU Chengwei,郭杏林.湿热老化后CFRP力学性能的细观表征方法[J],机械工程学报,2025,61(8):107-115
- .Zhang, Shuang.柳志泽,鲁明,Han Xiao.Exploring PEKK: properties, applications and promise of personalized medicine[J],JOURNAL OF MATERIALS CHEMISTRY B,2025,13(27):7934-7952
- .韩啸.Han Xiao,吴承伟,刘元宇,熊思江,刘泽慧,陆维.燃料电池堆松弛补偿碟簧截面形状优化设计[J],应用力学学报,2025:1-9
- .吴承伟,Han Xiao.端板辅助结构设计对电池堆内压力分布的影响[A],第21届中国CAE年会暨第7届中国数字仿真论坛,2025:115-122
- Han Xiao.Zhou, Ping.Modeling of fatigue damage evolution and life prediction of aluminum adhesive joints subjected to hygrothermal aging[J],INTERNATIONAL JOURNAL OF FATIGUE,2026,205
Patents
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Published Books
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- 马红艳,Han Xiao,Wang Ping,Zhenhuan Zhou,阮诗伦,Yonggang Zheng,Wei Zhang,曾岩,李明,Hongfei Ye,Yongcun Zhang,赵岩,理论力学解题指导,科学出版社,2023
- 马红艳,Han Xiao,阮诗伦,Yonggang Zheng,赵岩,Hongfei Ye,Zhenhuan Zhou,曾岩,Wang Ping,Yongcun Zhang,材料力学（数字化课程）,高等教育出版社,2023
- 马红艳,Han Xiao,李明,Wei Zhang,阮诗伦,Yonggang Zheng,赵岩,曾岩,Hongfei Ye,Zhenhuan Zhou,Yongcun Zhang,Wang Ping,理论力学,科学出版社,2022
- 马红艳,赵岩,Yongcun Zhang,Hongfei Ye,李明,曾岩,Wei Zhang,Yonggang Zheng,阮诗伦,Zhenhuan Zhou,Wang Ping,Han Xiao,理论力学解题指导,科学出版社,2019
- 马红艳,Yongcun Zhang,Wang Ping,曾岩,Zhenhuan Zhou,Hongfei Ye,赵岩,Yonggang Zheng,阮诗伦,Han Xiao,材料力学（数字化课程）,高等教育出版社,2019
- 马红艳,Wang Ping,Yongcun Zhang,Zhenhuan Zhou,Hongfei Ye,曾岩,赵岩,Yonggang Zheng,阮诗伦,Wei Zhang,李明,Han Xiao,理论力学,科学出版社,2019
Research Projects
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- 通用CAE软件核心引擎研发,省、市、自治区科技项目,2024-10-30,在研
- 复杂服役工况下电动汽车电池模组粘接界面的力学性能与环境可靠性研究,国家科技部,2024-11-18,在研
- 固体发动机粘接界面应力演化及多失效机理耦合损伤预测模型研究,国家自然科学基金项目,2024-08-23,在研
- 2023年航空发动机整体叶盘相位惯性摩擦焊接关键装备项目,国务院其他部门,2023-10-08,在研
- CFRP结构损伤混合修复相控阵定量检测与性能预测技术研究,国家部委其他科技项目,2023-12-25,在研
- 核壳结构纳米药物载体用于卵巢癌多模式联合 治疗的研究,国家科技部,2022-12-04,2025-06-23,结题