主要论著(2019~2022):
徐栋, 赵瑜, 刘超. 混凝土桥梁结构实用精细化分析与配筋设计. 人民交通出版社, 2013.1
李晓军, 刘超等. 土木工程信息化. 中国建筑工业出版社, 2020.6
Ji He, Liu Chao *. The numerical simulation for UHPC-RC composite beam based on lattice model [J].Computers and Concrete, 2025 (IF:3.3, Q1)
Wu Jishu, Liu Chao*. VQ-VAE-2 based unsupervised algorithm for detecting concrete structural apparent cracks[J].MATERIALS TODAY COMMUNICATIONS, 2025 (IF:4.5, Q2)
Boqiang Xu, Chao Liu*. A deep kernel regression-based forecasting framework for temperature-induced strain in large-span bridges
[J]. Engineering Structures, 2025 (IF:6.4, Q1)
Boqiang Xu, Genyu Feng, Xingbao Liu, Chao Liu*. Bayesian-optimized deep learning model for real-time spatial distribution identification of vehicle axle load[J]. Expert Systems with Applications, 2025 (IF:7.5, Q1)
Boqiang Xu, Xingbao Liu, Genyu Feng, Chao Liu*. A monocular-based framework for accurate identification of spatial-temporal distribution of vehicle wheel loads under occlusion scenarios[J]. Engineering Applications of Artificial Intelligence, 2024 (IF:7.5, Q1)
Boqiang Xu, Chao Liu*. Keypoint detection-based and multi-deep learning model integrated method for identifying vehicle axle load
spatial-temporal distribution. Advanced Engineering Informatics, 2024. (IF:7.5, Q1)
- Chao Liu*, Boqiang Xu. (2022). “A night pavement crack detection method based on image-to-image translation”. Computer-Aided Civil and Infrastructure Engineering (SCI, if=11.775, Q1)
- Boqiang Xu, Chao Liu*. (2022). “Pavement crack detection algorithm based on generative adversarial network and convolutional neural network under small samples”. Measurement(SCI, if=5.131, Q1)
- Qixin Sun, Chao Liu*. (2022) “Near-explosion protection method of pi-section reinforced concrete beam”. Geomechanics and Engineering (SCI, if=3.22, Q2):28(3), 209-244
- Junyan Wang, Jin-Ben Gu, Liu Chao* et al. (2022) “Flexural behavior of ultra high performance concrete beams reinforced with high strength steel”. Structural Engineering and Mechanics (SCI, if=3.524, Q2):81(5), 539-550
- Shuyuan Xu; Jun Wang; Xiangyu Wang; Peng Wu; Wenchi Shou; Liu Chao* et al. (2022) “A parameter-driven method for modelling bridge defects through IFC”. Journal of Computing in Civil Engineering (SCI, if=4.64, Q1)
- Boqiang Xu, Chao Liu*. (2021). “A 3D reconstruction method for buildings based on monocular vision”. Computer-Aided Civil and Infrastructure Engineering (SCI, if=11.775, Q1):1-16
- Sun Qixin, Liu Chao* et al(2021).“Experimental Study on Bending Performance of Different Types of UHPC in Bridge Stitching Joint” Materials and Structures, 54(5), 179(SCI, if=4.04, Q2):1-19
- SongsongGuo, Haifang He, Chao Liu* et al(2021). “Theoretical and experimental study on shearing capacity of concrete beams reinforced with carbon fiber truss”. Composite Structures (SCI, if=5.407, Q1) 258:11382
- Qixin Sun, Chao Liu*(2021). “Experimental study and calculation method on the flexural resistance of reinforced concrete beam strengthened using high strain-hardening ultra high performance concrete”. Structural Concrete (SCI, if=3.131, Q2) 21(03): 19-40
- He Ji, Chao Liu*(2021). “Numerical analysis on shear resistance of ultra-high performance concrete-normal strength concrete composite beam”. Structural Concrete(SCI, if=3.131, Q2) 21(01): 1-19
- He Ji, Chao Liu*(2020). “Ultimate shear resistance of ultra-high performance fiber reinforced concrete-normal strength concrete composite beam”. Engineering Structures(SCI, if=4.471, Q1) 203:109825
- Chao Liu, Yuxin Zhang et al(2019). “Calculation method for flexural capacity of high strain‐hardening ultra‐high performance concrete T-beams”. Structural Concrete(SCI, if=3.131, Q2) 20(01): 405-419
- Liu Chao*, Huang Yuhao et al(2019). “Experimental study on the performance of the UHPC longitudinal joint between existing bridge decks and lateral extensions”. Structural Concrete(SCI, if=3.131, Q2) 20(6):1871-1882
- 刘超, 吴纪曙(2024).“基于矢量量化变分自编码器的混凝土表观裂缝检测算法”. 同济大学学报(自然科学版)52(11): 1699-1705
- 孙启鑫, 刘超(2024).“预应力混凝土箱梁爆炸荷载模型试验及有限元分析”. 振动与冲击43(14): 37-46
- 孙启鑫, 刘超(2024).“预应力混凝土箱梁桥面近爆防护研究”. 工程力学:105-117
- 刘超, 郭松松等(2024).“钢-混凝土-UHPC组合板抗冲切性能试验”. 结构工程师40(06): 144-151
- 刘超, 耿佳硕(2023).“基于混合断裂模式的内聚力单元混凝土细观模型关键参数分析”. 工程力学: 105-115
- 刘超, 许木南等(2023).“裂缝检测模型数据集的低监督快速标注算法”. 同济大学学报(自然科学版)51(11): 1692-1700
- 刘超, 孙启鑫(2023).“预应力混凝土箱梁爆炸损伤评估及公式拟合”.同济大学学报(自然科学版)51(6): 874-883
- 刘超, 詹海鹏(2022).“索网结构欧拉坐标找形法”. 同济大学学报(自然科学版)50(10): 1414-1421
- 刘超, 詹海鹏等(2022).“改进力密度法在悬索桥主缆找形中的应用”. 同济大学学报(自然科学版)50(3): 351-358
- 刘超, 孙启鑫等(2022).“近爆作用下钢筋混凝土π梁防护性能的数值模拟”. 振动与冲击41(4): 223-231
- 刘超, 孙启鑫等(2020). “超高性能混凝土-混凝土组合简支梁弯曲性能试验”. 同济大学学报(自然科学版)48(05):664-701
- 刘超, 高展(2020). “基于整体力学分析的自锚式悬索桥主缆找形法”. 同济大学学报(自然科学版)48(01):1-6
- 刘超, 吉赫(2019). “超高性能混凝土-混凝土组合梁抗剪承载力计算方法”. 同济大学学报(自然科学版) 47(08):1123-1130
- 刘超, 黄钰豪等(2019). “变截面波形钢腹板箱梁剪应力计算理论”. 同济大学学报(自然科学版) 47(04):475-481
- 刘超, 黄钰豪等(2019). “新老桥间超高性能混凝土拼接接缝性能试验”. 同济大学学报(自然科学版) 47(03):322-330
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