基本信息:
姓名:朱兴吉
学历:工学博士
职称:副教授、硕士生导师
联系方式:zhuxingji@hit.edu.cn
主要学术成果:
以第一作者或通讯作者发表SCI论文20余篇,影响因子110以上,论文总计被他引300余次;授权专利及软件著作权十余项,并实现产业化;主持科研项目13项;其中,国家级项目1项,省部级重大项目1项,省部级一般项目3项。研发了一款盐碱环境下工业精密仪器微正压防腐设备,并配套发明了空气腐蚀负离子检测系统,已完成整机设备的标准化生产,通过ISO9001质量体系和ISO14001环境体系认证。
培养硕士研究生十几名,多人已在哈工大等高校攻读博士学位,已推荐多名同学进入代尔夫特理工、新加坡国立大学、香港大学、香港科技大学、韩国科学技术院等高校继续深造。
学习经历:
09/2005 - 06/2009, 中国石油大学(华东),土木工程,工学学士
09/2009 - 06/2012, 中国石油大学(华东),结构工程,工学硕士
09/2012 - 08/2016,Korea University,结构工程,工学博士(国家公派高水平项目资助)
工作经历:
09/2016 - 03/2017,Korea University,Research Professor
03/2017 - 06/2023, 哈尔滨工业大学(威海),海洋工程学院
07/2023 - 至今, 江汉大学,湖北(武汉)爆炸与爆破技术研究院
主要研究方向:
(1)钢筋混凝土损伤精细模拟
(2)多场耦合下粒子迁移
(3)材料腐蚀劣化机理
主讲课程:
有限单元法(研究生)、土木工程数值模拟技术(研究生)、结构力学II、混凝土结构设计原理、基坑工程。
学术兼职:
美国土木工程学会工程力学研究分会会员;亚洲混凝土联合会会员;韩国土木工程学会会员;韩国结构维修和检测研究学会会员;Corrosion Science, Construction and Building Materials, Computers and Concrete, Magazine of Concrete Research等期刊审稿人。
主持的主要科研项目:
[1] 中央引导地方科技发展资金,2021 - 2022,142万元,项目负责人;
[2] 国家自然科学基金联合基金合作研究课题,2022 - 2024, 20万元,课题负责人;
[3] 湖北省自然科学基金面上,湖北省科学技术厅,2024 - 2025,5万元,项目负责人;
[4] 山东省自然科学基金面上,山东省科学技术厅,2023 - 2025,10万元,项目负责人;
[5] 山东省自然科学基金博士项目,山东省科学技术厅,2018 - 2020,8万元,项目负责人;
[6]中铁第四勘察设计院,2024-2025, 90万元,项目负责人;
[7] 爆破工程湖北省重点实验室基金开放基金,2022 - 2023,8万元,项目负责人;
[8] 中船重工集团725所基金,中船重工,2018 - 2020,8万元,项目负责人;
[9] 山东枫润净化设备有限公司,2022.01-2022.12,5万元,项目负责人;
[10] 中央高校基本科研业务费专项资金,哈尔滨工业大学,2019 - 2020,5万元,项目负责人;
[11] 校地共建重大项目,威海市科技局,2018 - 2019,14万元,项目负责人;
[12] 江汉大学科研骨干科研启动经费,30万元,项目负责人;
[13] 哈尔滨工业大学(威海)创新项目,2018 - 2019,3万元,项目负责人。
学术论文(一作或通讯)
[25] Zhu Xingji, L. Xu*, P. Wu, C. Xiao, Y. Wang, S. Lin, J.i Zhao (2024). Failure mode of passive film under electric field and chloride environment in concrete. Construction and Building Materials.
[24] Lin Shibin, Ashlock JC, Zhu LM, Qin ZX, Li B, ZhuXingji*, Zhai CH(2024). Effect of trigger system on experimental dispersion characteristics of active surface wave testing. Earthquake Engineering and Engineering Vibration.
[23] Xingji Zhu, Wenshan Peng*, Changrong Xiao, Li Ma, Jian Hou* (2023). Effect of electric field intensity on chloride binding capacity of concrete. Journal of materials research and technology.
[22] Xu Longjun, Wu Pangang*, Zhu Xingji*, Zhao Guochen, Ren Xiulian, Wei Qifeng, Xie Lili (2022). Structural characteristics and chloride intrusion mechanism of passive film. CORROSION SCIENCE.
[21]Qingchen Liu, Lianfang Sun, Xingji Zhu*, Longjun Xu, Guochen Zhao (2022). Chloride transport in the reinforced concrete column under the marine environment: Distinguish the atmospheric, tidal-splash and submerged zones. Structures.
[20] Xingji Zhu, Kainian Jiang, Qingchen Liu, Lin Tang* (2022). An analytical method for the thermo-mechanics coupling study of thin-walled spherical shell structure. European Journal of Environmental and Civil Engineering.
[19] Xudong Cheng*, Runkang Huang, Lingyue Xu, Chuan Ma, Xingji Zhu* (2021). Parametric study on the trench designing for X80 buried steel pipeline crossing oblique-reverse fault. Soil Dynamics and Earthquake Engineering.
[18] ZhuXingji*, Dai, X., Tan, Y., Meng, Z. and Xu, L.(2022). Ingress of chloride ions with carbonation: Parameter estimation and analytical simplification. European Journal of Environmental and Civil Engineering 25(3): 387-408.
[17] Xingji Zhu, Xuerui Dai, Lu Liu*, Wenfeng Bian*, Longjun Xu, Zhaozheng Meng (2021). A simplified coupling model of carbonation and chloride ingress based on Stefan-like condition. European Journal of Environmental and Civil Engineering.
[16] L.-Fang Sun, Kainian Jiang, Xingji Zhu*, Longjun Xu (2020). An alternating experimental study on the combined effect of freeze-thaw and chloride penetration in concrete. Construction and Building Materials 252: 119025.
[15] Xingji Zhu,Zhaozheng Meng,Lu Liu*,Longjun Xu (2020). An equivalent smeared layer method for simulating the non-uniform corrosion-induced damage of concrete. Engineering Fracture Mechanics 224: 106791.
[14] Lu Liu, Yue Liu, Xingji Zhu* (2019). Evaluation of nonlinear displacement of self-centering structures with metallic energy dissipaters by considering the early yield of the energy dissipating system. Soil Dynamics and Earthquake Engineering 125: 105757.
[13] ZhuXingji, Zi, G.*, Sun, L.F. and You, I. (2019). A simplified probabilistic model for the combined durability of carbonation and chloride ingress. Magazine of Concrete Research 71(7):327-340.
[12] ZhuXingji, and Zi, G.* (2017). A 2D mechano-chemical coupling model for the simulation of reinforcement corrosion and concrete damage. Construction and Building Materials 137.
[11]ZhuXingji, Zi, G.*, Lee, W., Kim, S., and Kong, J. S.(2017). Probabilistic analysis of reinforcement corrosion due to the combined action of carbonation and chloride ingress in concrete. Construction and Building Materials 124: 667-680.
[10] ZhuXingji, Zi, G.*, Cao, Z., and Cheng, X. (2016). Combined effect of carbonation and chloride ingress in concrete. Construction and Building Materials 110: 369-380.
[9] ZhuXingji, Kim, S., Kwak, D., Bea, K., and Zi, G.*(2016). Parametric analysis for the simultaneous carbonation and chloride ion penetration in reinforced concrete sections. Journal of the Korea Institute for Structural Maintenance and Inspection. 2016, 20 (5): 66-74.
[8] Zi, G.*, and ZhuXingji (2014). Asymmetric vibration of finger-type bridge expansion joint for design consideration. Engineering Structures 70(1): 53-62.
[7] ZhuXingji, C. Zhao, L. Xu*, Y. Wang*, S. Lin and G. Zhao(2024). Numerical Integration Study of Penetration and BlastingDamage for Composite Underground Protective Structure withReinforcement Layers. BUILDINGS 14, 1848.
[6] ZhuXingji, Chen, Z.X.*, Wang, H., Chen, Y. and Xu, L.(2018). Probabilistic generalization on a comprehensive model for the deterioration prediction of RC structure under the extreme corrosion environment. Sustainability 10(9): 1-17.
[5] Chen,Z.X., Yan,X.Y.*, Wang,H., ZhuXingji*, and Spencer, K.F.(2018). Substructure Hybrid Simulation Boundary Technique Based on Beam/Column Inflection Points. Sustainability 10(8): 2655.
[4] ZhuXingji, Meng, Z., Liu, Y., Xu, L.,and Chen, Z.* (2018). Entire process simulation of corrosion due to the ingress of chloride ions and CO2 in Concrete. Advances in Materials Science and Engineering.
[3] Chen,Z.X., Wang,H.D., Wang,H., Jiang,H.B., ZhuXingji*, and Wang,K.(2018). Application of the hybrid simulation method for the full-scale precast reinforced concrete shear wall structure. Applied Sciences-BASEL 252(8): 1-17.
[1]朱兴吉,程旭东*,彭文山,Goangseup Zi,热应力作用下液化天然气储罐球形罐顶应力分布及裂缝形态, 石油学报, 2014(05), 993-1000.
[2]程旭东*,朱兴吉,LNG储罐外墙温度应力分析及预应力筋设计[J]. 石油学报, 2012(03), 499-505..
部分关键的专利及软件著作权
[1] 朱兴吉、赫美萍,以内力矩对梁结构进行加固及校正装置,CN201710405898.4,2019年,已授权并产业化;
[3] 徐龙军、朱兴吉、左涛,海洋环境下钢筋混凝土结构腐蚀劣化过程的无损评估系统,2022年;
[4] 朱兴吉、李华锋等,一种可除盐雾及强酸碱的空气滤芯,202221542705.2,2022年;
[3]朱兴吉、陈思行,一种监测生产控制微环境的正压防腐设备,ZL202320186876.4,2023年;
[4]朱兴吉、左涛、徐龙军,盐雾环境下工业精密仪器空气防腐设备控制系统,2021SR422403,2021年;
[5] 朱兴吉、徐龙军等,近海钢筋混凝土结构腐蚀劣化全过程及承载力预测软件,2019SR1295709,2019年;
[6] 朱兴吉,一种智能化自动识别式的中效及高效过滤器质量检测系统,2022SR0688354,2022年;
[7] 朱兴吉,一种双U组合式滤芯,ZL202320411267.4,2023年;
[8] 朱兴吉、徐龙军、江汉大学,钻地弹侵彻爆炸后防护结构抗力评估软件,2023SR1805573,2023年;
[9] 廖晟卿、朱兴吉,基于BIM的刚性接触网无轨施工装置,ZL202220388058.8,2022年;
[10] 左涛、朱兴吉,盐雾环境下工业精密仪器空气防腐设备控制系统,2021SR1422403,2021年;
[11] 陆世凡、廖晟卿、朱兴吉,近沿海盐雾区氯离子空气浓度检测设备控制系统,2021SR1422462,2021年。
荣誉与奖励:
公派博士优秀学术奖,国家留学基金委,2016.03
部分指导学生的就业(升学)去向:
孟昭铮:Delft university of technology(代尔夫特理工大学);
肖长荣:Korea University(高丽大学);
陈家琛:KAIST(韩国科学技术院);
廖晟卿:香港科技大学;
孙维远:清华大学;
杨红蕾:香港大学;
左 涛:四川省组织部(优秀选调生)
代学睿:吉林市政府办(优秀选调生)