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Liuzejia

Associate professorMaster Supervisor,

Tel:

Email: zjliu@scut.edu.cn

Department: School of Civil Engineering and Transportation

Office Location:

Research Interests:

  • Biography
  • Education
  • Admission Information
  • Work Experience
  • Social Position
  • Research Areas
  • Courses Taught
  • Research Project
  • Selected Publications
  • Achievements
  • Patent
  • Honor
  • Software achievement

Biography

2005~now, School of Civil Engineering and Transportation of South China University of Technology, associate professor, master's supervisor.

Education

September 1994 - July 1998, Dalian University of Technology, Engineering Mechanics, Bachelor's Degree

July 2005, Dalian University of Technology, Mechanics, Doctoral Degree

Admission Information

WorkExperience

Social Position

Research Areas

Long-term health monitoring of bridges, damage identification, and construction monitoring of bridges; Numerical analysis methods for multi-field coupling problems of porous media, soft substances, etc.

Courses Taught

Computational Mechanics (I), Undergraduate Level

Advanced Computational Mechanics, Master's Degree

Mathematical methods for classical mechanics problems, Master's Degree


Research Project

Selected Publications

  • Zhang, Ge;Sun, Hui;Liu, Zejia;Zhou, Licheng;Chen, Gongfa;Tang, Liqun;Cui, Fangsen,Artificial Intelligence-Based Damage Identification Method Using Principal Component Analysis with Spatial and Multi-Scale Temporal Windows,International Journal of Computational Methods,2025
  • Chen, Chengbin;Huang, Xuhao;Liu, Zejia;Yang, Bao;Zhou, Licheng;Jiang, Zhenyu;Liu, Yiping;Tang, Liqun,Long-term structural health monitoring strain modeling for bridges via data correlation and deep learning,Engineering Research Express,2025
  • Ni, Ping;Tang, Liqun;Xu, Peidong;Wang, Xinyuan;Yang, Bao;Liu, Yiping;Liu, Zejia;Jiang, Zhenyu;Zhou, Licheng,Correction method and verification of radial inertia and friction effects under a unified deformation framework in SHPB experiments on soft materials,International Journal of Impact Engineering,2025
  • Li, Rui;Zhou, Yifei;Xu, Yatao;Zhou, Licheng;Yang, Bao;Liu, Zejia;Liu, Yiping;Tang, Liqun;Jiang, Zhenyu,Image feature guided self-adaptive subset configuration for digital image correlation,Optics and Laser Technology,2025
  • Zhou, Yifei;Zuo, Qianjiang;Chen, Nan;Zhou, Licheng;Yang, Bao;Liu, Zejia;Liu, Yiping;Tang, Liqun;Dong, Shoubin;Jiang, Zhenyu,Transformer based deep learning for digital image correlation,Optics and Lasers in Engineering,2025
  • Zhou, Mingjie;Zhong, Shenghua;Liu, Yiping;Liu, Zejia;Yang, Bao;Jiang, Zhenyu;Zhou, Licheng;Tang, Liqun,Damage Evolution and Lifetime Prediction of Cement Asphalt Mortar Under High-Speed Train Frequency and Temperature Gradient Load,Materials,2025
  • Li, Shuaiyi;Liu, Yiping;Yang, Bao;Du, Leyu;Zhou, Licheng;Jiang, Zhenyu;Liu, Zejia;Tang, Liqun;Zou, Xiulan,Simultaneous dual-surface profile determination of transparent objects using orthogonal grating transmissive phase deflectometry,Optics and Laser Technology,2025
  • Peng, Chang;Fang, Jingting;Yang, Bao;Chen, Naihui;Huang, Yuansheng;Tang, Weizhao;Tang, Liqun;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Jiang, Zhenyu,Novel Mamba-based framework with enhanced generalization ability for multi-task dam response reconstruction,Results in Engineering,2025
  • Xian, Zhaoquan;Wang, Zekai;Liu, Zejia;Zhou, Licheng;Yang, Bao;Jiang, Zhenyu;Liu, Yiping;Tang, Liqun,Design Method of Dual-Band High-Temperature Streamlined Radomes Accelerated by Artificial Intelligence,IEEE Antennas and Wireless Propagation Letters,2025
  • 徐沛栋;倪萍;杨宝;蒋震宇;刘逸平;刘泽佳;周立成;汤立群,用于软材料的中应变率LSHPB系统及应用,爆炸与冲击,2025
  • Lu, Yonghui;Tang, Liqun;Liu, Zejia;Zhou, Licheng;Yang, Bao;Jiang, Zhenyu;Liu, Yiping,Unsupervised damage localization method based on GAN-BiLSTM response modeling,Engineering Structures,2025
  • Chen, Chengbin;Tang, Liqun;Xiao, Qingkai;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Jiang, Zhenyu;Yang, Bao,Damage localization using a deep learning-based response modeling method,COMPUTERS & STRUCTURES,2025
  • Zhang, Yuting;Tang, Liqun;Liu, Yiping;Yang, Bao;Jiang, Zhenyu;Liu, Zejia;Zhou, Licheng,Consistency assessment of tissue-level brain injury criteria in FEHM,Computer Methods in Biomechanics and Biomedical Engineering,2025
  • Liu, Jun;Li, Yuqin;Dong, Shoubin;Zhou, Licheng;Liu, Zejia;Yang, Bao;Jiang, Zhenyu;Liu, Yiping;Tang, Liqun,Overloaded vehicle identification for long-span bridges based on physics-informed multi-task deep learning leveraging influence line,Engineering Structures,2025
  • Xu, Peidong;Ni, Ping;Yang, Bao;Jiang, Zhenyu;Liu, Yiping;Liu, Zejia;Zhou, Licheng;Tang, Liqun,An intermediate strain rate LSHPB system for soft materials and its application,Explosion and Shock Waves,2025
  • Wang, Xinyuan;Tang, Liqun;Liu, Yiping;Liu, Zejia;Jiang, Zhenyu;Zhou, Licheng;Yang, Bao,An improved Flory's statistical-mechanics model of chain-molecular for compressible polymers,International Journal of Mechanical Sciences,2025
  • Wang, Xinyuan;Yang, Min;Ni, Ping;Tang, Liqun;Liu, Yiping;Liu, Zejia;Jiang, Zhenyu;Zhou, Licheng;Yang, Bao,A 3D-Voronoi-based hydrogel polymer network model and its application in verifying the effectiveness of hyperelastic models,Mechanics of Advanced Materials and Structures,2025
  • Wang, Jingyu;Chen, Zexuan;Sun, Taolin;Jiang, Zhenyu;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Yang, Bao;Tang, Liqun,Brain's strain-rate-enhancement characteristic and a strong nonlinear viscoelastic model,International Journal of Mechanical Sciences,2025
  • Zhang, Juncheng;Yang, Bao;Tang, Liqun;Zhou, Licheng;Jiang, Zhenyu;Liu, Zejia;Liu, Yiping,An Efficient FoG-M3 Method for Self-Adaptive Labeling and Predicting Freezing of Gait,IEEE Journal of Biomedical and Health Informatics,2025
  • Li, Shuaiyi;Liu, Yiping;Yang, Bao;Lv, Sulei;Zou, Xiulan;Tang, Liqun;Zhou, Licheng;Jiang, Zhenyu;Liu, Zejia,An Improved Monte Carlo Method for Quantitative Analysis of Transparency Degradation Caused by Corneal Edema,Translational Vision Science & Technology,2025
  • 张玉婷;汤立群;刘逸平;杨宝;蒋震宇;刘泽佳;周立成,有限元头部模型中脑组织损伤准则的一致性评估,2025
  • Wang, Jingyu;Zhang, Yongrou;Jiang, Zhenyu;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Yang, Bao;Tang, Liqun,Mechanical behavior and constitutive equations of porcine brain tissue considering both solution environment effect and strain rate effect,Mechanics of Advanced Materials and Structures,2024
  • Lu, Yonghui;Tang, Liqun;Chen, Chengbin;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Jiang, Zhenyu;Yang, Bao,Unsupervised structural damage assessment method based on response correlations,Engineering Structures,2024
  • Xiao, Qingkai;Liu Yiping;Chen, Chengbin;Zhou, Licheng;Liu Zejia;Jiang, Zhenyu,Data-driven time-variant reliability assessment of bridge girders based on deep learning,Mechanics of Advanced Materials and Structures,2024
  • Lin, Yuxuan;Liu, Yiping;Tang, Liqun;Zhou, Licheng;Jiang, Zhenyu;Liu, Zejia;Yang, Bao,Dynamic mechanical properties of epoxy polymer concrete under cyclic impact considering the effects of confining pressure and strain rate,Journal of Building Engineering,2024
  • 姚浩;夏桂然;刘泽佳;周立成,基于机器学习的粘钢构件粘接层缺陷识别方法研究,应用数学和力学,2024
  • Teng, Da;Chen, Zexuan;Wu, Zekang;Zhang, Yuting;Yang, Bao;Tang, Liqun;Jiang, Zhenyu;Liu, Yiping;Liu, Zejia;Zhou, Licheng,Influence of centroid acceleration acquisition and filtering class on head injury criterion evaluation,Injury-International Journal of the Care of the Injured,2024
  • Wang, Zekai;Tang, Liqun;Liu, Bingxun;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Jiang, Zhenyu;Yang, Bao,Multifunctional Design for Arbitrary Multiband Radome Wall Accelerated by Artificial Intelligence,AIAA Journal,2024
  • Xiao, Qingkai;Liu, Yiping;Chen, Chengbin;Zhou, Licheng;Liu, Zejia;Jiang, Zhenyu;Yang, Bao;Tang, Liqun,Time-variant reliability assessment for bridge structures based on deep learning and regular vine copula models,Measurement,2024
  • Lu, Yonghui;Tang, Liqun;Liu, Zejia;Zhou, Licheng;Yang, Bao;Jiang, Zhenyu;Liu, Yiping,Unsupervised quantitative structural damage identification method based on BiLSTM networks and probability distribution model,Journal of Sound and Vibration,2024
  • Wang, Zekai;Liu, Bingxun;Liu, Zejia;Zhou, Licheng;Yang, Bao;Jiang, Zhenyu;Liu, Yiping;Tang, Liqun,Electromagnetic and Thermomechanical Design Method of Graded Dielectric Streamlined Radome Accelerated by Artificial Intelligence,IEEE Transactions on Antennas and Propagation,2024
  • Peng, Chang;Chen, Yahui;Yang, Bao;Jiang, Zhenyu;Liu, Yiping;Liu, Zejia;Zhou, Licheng;Tang, Liqun,Recent Advances of Soft Actuators in Smart Wearable Electronic-Textile,Advanced Materials Technologies,2024
  • Cao, Yangjian;Liu, Yiping;Tang, Liqun;Jiang, Zhenyu;Liu, Zejia;Zhou, Licheng;Yang, Bao,Quantitative assessment of brain injury and concussion induced by an unintentional soccer ball impact,Injury-International Journal of the Care of the Injured,2024
  • 赵琪;张健;张智民;陈镇文;刘泽佳;周立成;刘逸平,基于机器学习的沥青路面压实度质量评估,济南大学学报(自然科学版),2024
  • Xu, Yatao;Zhu, Jiaqi;Zhou, Licheng;Yang, Bao;Liu, Zejia;Liu, Yiping;Tang, Liqun;Jiang, Zhenyu,Measurement of tensile and shear strength of interfacial bonding in fiber reinforced soft composites combining experiments and simulation,Composites Part A: Applied Science and Manufacturing,2024
  • Zhang, Yuting;Tang, Liqun;Liu, Yiping;Yang, Bao;Jiang, Zhenyu;Liu, Zejia;Zhou, Licheng,An Objective Injury Threshold for the Maximum Principal Strain Criterion for Brain Tissue in the Finite Element Head Model and Its Application,Bioengineering-Basel,2024
  • Xu, Peidong;Tang, Liqun;Wang, Jingyu;Ni, Ping;Liu, Zejia;Jiang, Zhenyu;Liu, Yiping;Zhou, Licheng;Yang, Bao,Mechanical behavior of PVA hydrogels over a wide strain rate range and a new two-phase visco-hyperelastic constitutive model,Mechanics of Advanced Materials and Structures,2024
  • Wang Jingyu;Yang Bao;Jiang Zhenyu;Liu Yiping;Zhou Licheng;Liu Zejia;Tang Liqun,Recent Advances of Conductive Hydrogels for Flexible Electronics,Electronic Materials,2024
  • 梁靖;张红;叶晨;周立成;刘泽佳;汤立群,基于Bi-LSTM的浅层地下双孔洞探测技术,合肥工业大学学报(自然科学版),2024
  • 夏桂然;魏敦涛;刘泽佳;周立成;刘逸平;汤立群,基于深度学习的黏钢构件黏接层损伤识别方法,实验力学,2024
  • Chang Peng;Yahui Chen;Bao Yang;Zhenyu Jiang;Yiping Liu;Zejia Liu;Licheng Zhou;Liqun Tang,Recent Advances of Soft Actuators in Smart Wearable Electronic‐Textile (Adv. Mater. Technol. 15/2024),Advanced Materials Technologies,2024
  • Zhang Ge;Wei Neng;Zhou Ying;Zhou Licheng;Chen Gongfa;Liu Zejia;Yang Bao;Jiang Zhenyu;Liu Yiping;Tang Liqun,An Effective Damage Identification Method Combining Double-Window Principal Component Analysis with AutoGluon,Journal of Applied and Computational Mechanics,2024
  • 李超;周立成;刘泽佳;张红;张舸;刘逸平;蒋震宇;杨宝;汤立群,基于移动主成分分析敏感特征的智能损伤识别方法,实验力学,2024
  • 周颖;刘泽佳;张舸;周立成;刘逸平;汤立群;蒋震宇;杨宝,基于移动主成分分析与集成学习的结构损伤识别方法,济南大学学报(自然科学版),2023
  • He, Kai;Liao, Huanchen;Liu, Zejia;Liu, Yiping;Tang, Liqun;Yang, Bao;Zhou, Licheng;Jiang, Zhenyu,Reinforcing efficiency of nanophases with various geometric shapes on interfacial bonding in multiscale composites,Composites Part A: Applied Science and Manufacturing,2023
  • He Kai;Liao Huanchen;Liu Zejia;Liu Yiping;Tang Liqun;Yang Bao;Zhou Licheng;Jiang Zhenyu,Reinforcing efficiency of nanophases with various geometric shapes on interfacial bonding in multiscale composites,Composites Part A,2023
  • Chen Chengbin;Tang Liqun;Lu Yonghui;Wang Yong;Liu Zejia;Liu Yiping;Zhou Licheng;Jiang Zhenyu;Yang Bao,Reconstruction of long-term strain data for structural health monitoring with a hybrid deep-learning and autoregressive model considering thermal effects,Engineering Structures,2023
  • Lu, Yonghui;Tang, Liqun;Chen, Chengbin;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Jiang, Zhenyu;Yang, Bao,Reconstruction of structural long-term acceleration response based on BiLSTM networks,Engineering Structures,2023
  • Xiao, Qingkai;Chen, Chengbin;Liu, Zejia;Zhou, Licheng;Liu, Yiping;Jiang, Zhenyu;Yang, Bao;Tang, Liqun,Temperature-induced response reconstruction for the dynamic reliability assessment of bridge girders,Structures,2023
  • Chen, Chengbin;Tang, Liqun;Xiao, Qingkai;Zhou, Licheng;Wang, Hao;Liu, Zejia;Xing, Chenxi;Liu, Yiping;Chen, Jinming;Jiang, Zhenyu;Yang, Bao,Unsupervised anomaly detection for long-span bridges combining response forecasting by deep learning with Td-MPCA,Structures,2023
  • Xu Jiajie;Tang Liqun;Liu Yiping;Zhou Licheng;Chen Jinming;Jiang Zhenyu;Liu Zejia;Yang Bao,Hybridization effects on ballistic impact behavior of carbon/ aramid fiber reinforced hybrid composite,International Journal of Impact Engineering,2023
  • Chen, Chengbin;Tang, Liqun;Lu, Yonghui;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Jiang, Zhenyu;Yang, Bao,Temperature-induced response reconstruction method based on DL-AR model and attention mechanism,Structures,2023
  • 钟玉琪;张红;张舸;周立成;刘泽佳;刘逸平;蒋震宇;杨宝;汤立群,基于组合荷载响应特征融合的桥梁结构智能损伤识别方法,实验力学,2023
  • Chen, Chengbin;Tang, Liqun;Lu, Yonghui;Wang, Yong;Liu, Zejia;Liu, Yiping;Zhou, Licheng;Jiang, Zhenyu;Yang, Bao,Reconstruction of long-term strain data for structural health monitoring with a hybrid deep-learning and autoregressive model considering thermal effects,Engineering Structures,2023
  • 魏能;周立成;张舸;刘泽佳;刘逸平;蒋震宇;杨宝;汤立群,基于移动时间窗和时空窗主成分分析组合特征的损伤识别方法,实验力学,2023
  • Qiao Dan;Yang Bao;Jiang Zhenyu;Zhou Licheng;Liu Zejia;Liu Yiping;Tang Liqun,A new plastic flow theoretical model and verification for non-dense metals,Acta Mechanica Sinica,2023
  • Chen Chengbin;Tang Liqun;Xiao Qingkai;Zhou Licheng;Wang Hao;Liu Zejia;Xing Chenxi;Liu Yiping;Chen Jinming;Jiang Zhenyu;Yang Bao,Unsupervised anomaly detection for long-span bridges combining response forecasting by deep learning with Td-MPCA,Structures,2023
  • Ba Zequn;Zhou Yufeng;Zhou Qixun;Zhou Licheng;Liu Yiping;Liu Zejia;Tang Liqun,多层岩土环境的溶洞智能识别方法研究,力学与实践,2023
  • Wang Jingyu;Zhang Yongrou;Lei Zuyue;Wang Junqi;Zhao Yangming;Sun Taolin;Jiang Zhenyu;Zhou Licheng;Liu Zejia;Liu Yiping;Yang Bao;Tang Liqun,Hydrogels with brain tissue-like mechanical properties in complex environments,Materials & Design,2023
  • Lu Yonghui;Tang Liqun;Chen Chengbin;Zhou Licheng;Liu Zejia;Liu Yiping;Jiang Zhenyu;Yang Bao,Reconstruction of structural long-term acceleration response based on BiLSTM networks,Engineering Structures,2023
  • 魏能;周立成;张舸;刘泽佳;刘逸平;蒋震宇;杨宝;汤立群,基于移动时间窗和时空窗主成分分析组合特征的损伤识别方法,实验力学,2023
  • Qiao, Dan;Yang, Bao;Jiang, Zhenyu;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Tang, Liqun,A new plastic flow theoretical model and verification for non-dense metals,Acta Mechanica Sinica,2023
  • 吴伟豪;夏桂然;刘泽佳,重载交通路段中央墩大悬臂盖梁施工关键技术,科学技术与工程,2023
  • Chen Chengbin;Tang Liqun;Lu Yonghui;Zhou Licheng;Liu Zejia;Liu Yiping;Jiang Zhenyu;Yang Bao,Temperature-induced response reconstruction method based on DL-AR model and attention mechanism,Structures,2023
  • Wang, Jingyu;Zhang, Yongrou;Lei, Zuyue;Wang, Junqi;Zhao, Yangming;Sun, Taolin;Jiang, Zhenyu;Zhou, Licheng;Liu, Zejia;Liu, Yiping;Yang, Bao;Tang, Liqun,Hydrogels with brain tissue-like mechanical properties in complex environments,Materials and Design,2023
  • Xu, Jiajie;Tang, Liqun;Liu, Yiping;Zhou, Licheng;Chen, Jinming;Jiang, Zhenyu;Liu, Zejia;Yang, Bao,Hybridization effects on ballistic impact behavior of carbon/ aramid fiber reinforced hybrid composite,International Journal of Impact Engineering,2023
  • 钟玉琪;张红;张舸;周立成;刘泽佳;刘逸平;蒋震宇;杨宝;汤立群,基于组合荷载响应特征融合的桥梁结构智能损伤识别方法,实验力学,2023
  • Zhou, Yifei;Zuo, Qianjiang;Zhou, Licheng;Yang, Bao;Liu, Zejia;Liu, Yiping;Tang, Liqun;Dong, Shoubin;Jiang, Zhenyu,Image feature based quality assessment of speckle patterns for digital image correlation measurement,Measurement,2023
  • 陈承滨;周立成;刘泽佳;汤立群,基于数据相关性与深度学习的结构长期应变重构,2023
  • Ma, Dongpeng;Liu, Chang;Zhu, Haibin;Liu, Yiping;Jiang, Zhenyu;Liu, Zejia;Zhou, Licheng;Tang, Liqun,High fidelity 3D mesoscale modeling of concrete with ultrahigh volume fraction of irregular shaped aggregate,Composite Structures,2022
  • Lin, Aoyu;Li, Rui;Jiang, Zhenyu;Dong, Shoubin;Liu, Yiping;Liu, Zejia;Zhou, Licheng;Tang, Liqun,Path independent stereo digital image correlation with high speed and analysis resolution,Optics and Lasers in Engineering,2022
  • 周颖;刘泽佳;张舸;周立成;刘逸平;汤立群;蒋震宇;杨宝,基于移动主成分分析与集成学习的结构损伤识别方法,济南大学学报(自然科学版),2022
  • Xiao, Qingkai;Liu, Yiping;Zhou, Licheng;Liu, Zejia;Jiang, Zhenyu;Tang, Liqun,Reliability analysis of bridge girders based on regular vine Gaussian copula model and monitored data,Structures,2022
  • Zhang, Yuting;Zhang, Yongrou;Tang, Liqun;Liu, Zejia;Jiang, Zhenyu;Liu, Yiping;Zhou, Licheng;Zhou, Xuefeng,Uniaxial compression constitutive equations for saturated hydrogel combined water-expelled behavior with environmental factors and the size effect,Mechanics of Advanced Materials and Structures,2022
  • Xu Peidong;Tang Liqun;Zhang Yongrou;Ni Ping;Liu Zejia;Jiang Zhenyu;Liu Yiping;Zhou Licheng,SHPB experimental method for ultra-soft materials in solution environment,International Journal of Impact Engineering,2022
  • Zhang Yuting;Zhang Yongrou;Tang Liqun;Liu Zejia;Jiang Zhenyu;Liu Yiping;Zhou Licheng;Zhou Xuefeng,Uniaxial compression constitutive equations for saturated hydrogel combined water-expelled behavior with environmental factors and the size effect,Mechanics of Advanced Materials and Structures,2022
  • Ma Dongpeng;Liu Chang;Zhu Haibin;Liu Yiping;Jiang Zhenyu;Liu Zejia;Zhou Licheng;Tang Liqun,High fidelity 3D mesoscale modeling of concrete with ultrahigh volume fraction of irregular shaped aggregate,Composite Structures,2022
  • Xiao Qingkai;Liu Yiping;Zhou Licheng;Liu Zejia;Jiang Zhenyu;Tang Liqun,Reliability analysis of bridge girders based on regular vine Gaussian copula model and monitored data,Structures,2022
  • Xu, Peidong;Tang, Liqun;Zhang, Yongrou;Ni, Ping;Liu, Zejia;Jiang, Zhenyu;Liu, Yiping;Zhou, Licheng,SHPB experimental method for ultra-soft materials in solution environment,International Journal of Impact Engineering,2022
  • Lin Aoyu;Li Rui;Jiang Zhenyu;Dong Shoubin;Liu Yiping;Liu Zejia;Zhou Licheng;Tang Liqun,Path independent stereo digital image correlation with high speed and analysis resolution,Optics and Lasers in Engineering,2022
  • Liao, Yutian;Ma, Dongpeng;Liu, Yiping;Jiang, Zhenyu;Liu, Zejia;Zhou, Licheng;Tang, Liqun,An Experimental Study on the Dynamic Mechanical Properties of Epoxy Polymer Concrete under Ultraviolet Aging,Materials,2021
  • Ding, Rong;Wang, Xinyuan;Tang, Liqun;Zhang, Yongrou;Liu, Zejia;Jiang, Zhenyu;Liu, Yiping;Zhou, Licheng,A New Method to Study Contributions of Polymer Fibers and Water Respectively to the Hydrogel Stress under Tension and Compression Using 3D Micro-Fiber Network Model,International Journal of Applied Mechanics,2021
  • Liu, Yiping;Lu, Zhaoming;Yan, Xinxing;Liu, Zejia;Tang, Liqun,Measurement and modelling of the vibration induced by working equipment on an offshore platform,Ocean Engineering,2021
  • Zhang, Ge;Tang, Liqun;Liu, Zejia;Zhou, Licheng;Liu, Yiping;Jiang, Zhenyu;Chen, Jingsong;Sun, Shuhang,Enhanced features in principal component analysis with spatial and temporal windows for damage identification,Inverse Problems in Science and Engineering,2021
  • Li, Xinhua;Ma, Dongpeng;Lu, Zhaoming;Liu, Yiping;Jiang, Zhenyu;Tang, Liqun;Liu, Zejia;Zhou, Licheng,Experimental Study of Hygrothermal and Ultraviolet Aging on the Flexural Performance of Epoxy Polymer Mortar,Acta Mechanica Solida Sinica,2021
  • Feng, Jiju;Tang, Liqun;Liu, Zejia*;Dong, Shoubin;Zhou, Licheng;Liu, Yiping;Jiang, Zhenyu,Numerical Model for Formation and Evolution of the Bleb,International Journal of Applied Mechanics,2021
  • Lu, Zhaoming;Liu, Yiping;Liu, Zejia;Jiang, Zhenyu;Tang, Liqun,Effective estimation of fl exural damage and strength of double-layer laminated composite beam,Composite Structures,2021
  • Wang, Zekai;Tang, Liqun;Zhou, Licheng;Jiang, Zhenyu;Liu, Zejia;Liu, Yiping,Methodology to Design Variable-Thickness Streamlined Radomes With Graded Dielectric Multilayered Wall,IEEE Transactions on Antennas and Propagation,2021
  • Ma, Dongpeng;Liang, Zhongming;Liu, Yiping;Jiang, Zhenyu;Liu, Zejia;Zhou, Licheng;Tang, Liqun,Mesoscale modeling of epoxy polymer concrete under tension or bending,Composite Structures,2021
  • Liao, Huanchen;Li, Wen;Jiang, Zhenyu;Liu, Yiping;Liu, Zejia;Zhou, Licheng;Tang, Liqun,Modeling of reinforcing effects of three kinds of typical nanophases on interfacial bonding in multiscale composites,Acta Materiae Compositae Sinica,2021
  • Liu, Chang;Lin, Junxiong;Tang, Liqun;Liu, Zejia;Jiang, Zhenyu;Lian, Keqian,Design of metal-polymer structure for dental implants with stiffness adaptable to alveolar bone,COMPOSITES COMMUNICATIONS,2021
  • 李浩祖;陈敬松;周立成;刘泽佳;刘逸平;蒋震宇;汤立群,基于桩锤激励的浅层孔洞智能探测技术,土木工程与管理学报,2021
  • Feng, Jiju;Tang, Liqun;Liu, Zejia;Dong, Shoubin;Zhou, Licheng;Liu, Yiping;Jiang, Zhenyu,Numerical Model for Formation and Evolution of the Bleb,International Journal of Applied Mechanics,2021
  • Yang, Junrong;Huang, Jianwen;Jiang, Zhenyu;Dong, Shoubin;Tang, Liqun;Liu, Yiping;Liu, Zejia;Zhou, Licheng,3D SIFT aided path independent digital volume correlation and its GPU acceleration,Optics and Lasers in Engineering,2021
  • Zuo, Zeyu;Zhang, Yongrou;Zhou, Licheng;Liu, Zejia;Jiang, Zhenyu;Liu, Yiping;Tang, Liqun,Mechanical behaviors and probabilistic multiphase network model of polyvinyl alcohol hydrogel after being immersed in sodium hydroxide solution,RSC Advances,2021
  • Zhang Ge;Tang Liqun;Liu Zejia;Zhou Licheng;Liu Yiping;Jiang Zhenyu;Chen Jingsong;Sun Shuhang,Enhanced features in principal component analysis with spatial and temporal windows for damage identification,Inverse Problems in Science and Engineering,2021
  • Feng Jiju;Tang Liqun;Liu Zejia;Dong Shoubin;Zhou Licheng;Liu Yiping;Jiang Zhenyu,Numerical Model for Formation and Evolution of the Bleb,International Journal of Applied Mechanics,2021
  • Junrong Yang;Jianwen Huang;Zhenyu Jiang;Shoubin Dong;Liqun Tang;Yiping Liu;Zejia Liu;Licheng Zhou,3D SIFT aided path independent digital volume correlation and its GPU acceleration,Optics and Lasers in Engineering,2021
  • Ding Rong;Wang Xinyuan;Tang Liqun;Zhang Yongrou;Liu Zejia;Jiang Zhenyu;Liu Yiping;Zhou Licheng,A New Method to Study Contributions of Polymer Fibers and Water Respectively to the Hydrogel Stress under Tension and Compression Using 3D Micro-Fiber Network Model,International Journal of Applied Mechanics,2021
  • Xinhua Li;Dongpeng Ma;Zhaoming Lu;Yiping Liu;Zhenyu Jiang;Liqun Tang;Zejia Liu;Licheng Zhou,Experimental Study of Hygrothermal and Ultraviolet Aging on the Flexural Performance of Epoxy Polymer Mortar,Acta Mechanica Solida Sinica,2021
  • Li, Yinghua;Tang, Liqun;Liu, Zejia;Liu, Yiping,Statistics and probability analysis of vehicle overloads on a rigid frame bridge from long-term monitored strains,Smart Structures and Systems,2012
  • 孔长青;刘泽佳;何庭蕙;刘逸平;汤立群,宽体混凝土连续梁桥支座更换的方案设计与安全监控,2012
  • 杨宝;汤立群;刘逸平;黄小清;刘泽佳;张纯禹;魏志强,冲击条件下泡沫铝的细观变形特征分析,爆炸与冲击,2012
  • 何庭蕙;刘泽佳;汤立群;林侠;钟旭华;刘逸平;张纯禹,活体水稻力学量的田间测量及水稻力学性能统计分析,2011
  • L Q Tang X Luo Y P Liu Z J Liu X Q Huang,Structural Response Vector-A Possible New Method for Structure Damage Identification,2010
  • 赵会雨;何庭蕙;刘泽佳;汤立群,轮载模型在钢桥面铺装力学分析中的影响,中北大学学报(自然科学版),2010
  • Y H Li L Q Tang Z J Liu Y P Liu T H He L F Luo G F Luo C Z Huang,Prediction of the Deformations of a Long-span Concrete Bridge on Service,2010
  • 黄成造;刘泽佳;汤立群;刘逸平;王秉纲,基于钢箱梁结构改进的铺装层受力优化研究,公路,2010
  • Zhao H.-Y.;He T.-H.;Liu Z.-J.;Tang L.-Q.,Effects of loading models in mechanics analysis of pavement on deck of steel box bridge,Journal of North University of China(Natural Science Edition),2010
  • Liu Z J;Li X K;Tang L Q,The Numerical Simulation of Coupling Behavior of Soil with Chemical Pollutant Effects,2010
  • 汤立群;刘逸平;刘泽佳;何庭蕙;黄小清,集中式桥梁健康监测系统与健康监测分析,2009
  • 张志定;刘泽佳;刘逸平;何庭蕙;汤立群,预压试验中影响挂篮变形的要素分析与预压结果修正,2009
  • 苏华冰;黄小清;汤立群;刘泽佳;张红,基于统计孔径的泡沫铝小变形压缩的有限元模拟分析,科学技术与工程,2009
  • 汤立群;刘逸平;刘泽佳;何庭蕙;黄小清,集中式远程实时桥梁健康监测系统研究,2009
  • Liu, Ze-Jia;Li, Bao-Mu;Yang, Bao;Tang, Li-Qun,The monitoring and analysis on the concrete creep behaviours of a serviced bridge,Acta Scientiarum Naturalium Universitatis Sunyatseni,2008
  • 刘泽佳;李锡夔,非饱和土化学-水力-力学耦合行为数值模拟,岩土力学,2008
  • 黄成造;李保木;刘泽佳;王秉纲;汤立群,钢箱梁桥面铺装体系构造参数对铺装层应力的影响,桥梁建设,2008
  • Liu Z J;Tang L Q;Huang C Z;Liu Y P;He T H,The study of meso structure and failure feature of liquid rubber concrete basing on the random aggregate model,2008
  • Z J Liu L Q Tang C Z Huang Y P Liu T H He,THE STUDY OF MESO STRUCTURE AND FAILURE FEATURE OF LIQUID RUBBER CONCRETE BASING ON THE RANDOM AGREGATE MODEL,2008
  • 汤立群;张良栋;刘逸平;刘泽佳,韶关地区冰灾引起的输电线路铁塔动力倒塌初步分析,广东电力,2008
  • 刘泽佳;李保木;杨宝;汤立群,在役桥梁中混凝土材料的徐变监测与分析,中山大学学报(自然科学版),2008
  • Liu, Ze-Jia;Li, Xi-Kui,The numerical modeling for the coupled chemo-hydro-mechanical behavior of unsaturated clay,Yantu Lixue/rock and Soil Mechanics,2008
  • 刘泽佳;李锡夔,非饱和土化学-水力-力学耦合行为数值模拟,2007
  • 刘泽佳;李锡夔,非饱和多孔介质中混合元法的化学-热-渗流-力学耦合的本构模拟,计算力学学报,2007
  • Liu, Yi-Ping;Tang, Li-Qun;Huang, Xiao-Qing;Liu, Ze-Jia,Fatigue damage behavior of steel fiber-reinforced and polymer-modified concrete,Journal of South China University of Technology(Natural Science Edition),2007
  • 刘逸平;汤立群;黄小清;刘泽佳,钢纤维增强聚合物改性混凝土的疲劳损伤行为,华南理工大学学报(自然科学版),2007
  • Tang Li Qun;Li Bao Mu;He Ting Hui;Liu Yi Ping;Liu Ze Jia,The internal strain evolutions of a bridge monitored from construction to service,2007
  • Liu, Ze-Jia;Li, Xi-Kui,The coupled chemo-thermo-hydro-mechanical constitutive modeling for the mixed finite element of unsaturated porous media,Chinese Journal of Computational Mechanics,2007
  • Liu Zejia;Li Xikui;Tang Liqun,A coupled chemo-thermo-hydro-mechanical constitutive model for porous media,2007
  • 刘泽佳;李锡夔,非饱和多孔介质中热-渗流-力学耦合的混合元法,力学学报,2006
  • 汤立群;陈爱民;邱燕红;刘逸平;刘泽佳;黄小清,新型液体橡胶基混凝土材料的动态力学性能研究,2006
  • Liu, Zejia;Li, Xikui,Mixed finite element method for coupled thermo-hydro-mechanical analysis in unsaturated porous media,Chinese Journal of Theoretical and Applied Mechanics,2006

Achievements

Patent

Honor

Software achievement