发表SCI论文81篇,中文核心论文62篇,其中代表性论文与论著如下: [1]Aihong Kang,Xueling Xu,Zhiping Lu,Analysis on Purification and Mechanism of Percolation Media to Pavement Runoff Pollutants. Proceedings of the 5th IIAE International Conference on Industrial Application Engineering 2017,2017.3.27-2017.3.30.(会议论文,第一作者) [2]Kang Aihong,Yao Mingbu,Jiu Xueyang,Xiao Peng,Experimental study on warm mix technology of rubber modified asphalt mixtuire,Proceedings of the 4th Chinese-European Woekshop on Functinal Pavement Design,Delft University of Technology,Netherlands,2016.06.29-2016.07.01.(会议论文,第一作者) [3]Kang Aihong,Study on Performance and Microstructure of SBS Modified Asphalt During Shearing Process,Applied Mechanics and Materials,178-181(2012): 1442-1447.(会议论文,第一作者) [4]Kang Aihong,Research on the Influences of the Molding Processes of TOR Asphalt Rubber Mixtures upon the Pavement Performance. Advanced Materials Research,535-537(2012): 1819-1824.(会议论文,第一作者) [5]Ye Wang,Aihong Kang,Zhengguang Wu, et al. Investigation of the basalt fiber type and content on performances of cement mortar and concrete. Construction and Building Materials. 2023;408 (0):133720-133720.(SCI期刊,通讯作者) [6]Xing Wu,Aihong Kang,Said M. Easa, et al. Performance Evaluation of Reinforced Asphalt Using Six Organic and Inorganic Fibers. Journal of Materials in Civil Engineering. 2023;35 (6):0-0.(SCI期刊,通讯作者)[7]Tianyi Sang,Aihong Kang,Yao Zhang, et al. Effect of Different Ameliorants on the Infiltration and Decontamination Capacities of Soil. Materials. 2023;16 (7):2795-2795.(SCI期刊,通讯作者) [8]Jinming Yin,Aihong Kang,Peng Xiao, et al. Influences of spraying sodium silicate based solution/slurry on recycled coarse aggregate. Construction and Building Materials. 2023;377 (0):130924-130924.(SCI期刊,通讯作者) [9]Jun Xu,Aihong Kang,Zhengguang Wu, et al. Evaluation of workability, microstructure and mechanical properties of recycled powder geopolymer reinforced by waste hydrophilic basalt fiber. Journal of Cleaner Production. 2023;396 (0):136514-136514.(SCI期刊,通讯作者) [10]Jinming Yin,Aihong Kang,Peng Xiao, et al. Influences of Efficient Spraying of Cement-Based Slurries on Recycled Coarse Aggregate. Materials. 2022;15 (21):7730-7730.(SCI期刊,通讯作者) [11]Jun Xu,Aihong Kang,Zhengguang Wu, et al. The effect of mechanical-thermal synergistic activation on the mechanical properties and microstructure of recycled powder geopolymer. Journal of Cleaner Production. 2021;327 (0):129477-129477.(SCI期刊,通讯作者) [12]Jun Xu,Aihong Kang,Zhengguang Wu, et al. Effect of high-calcium basalt fiber on the workability, mechanical properties and microstructure of slag-fly ash geopolymer grouting material. Construction and Building Materials. 2021;302 (0):124089-124089.(SCI期刊,通讯作者) [13]Xing Wu,Aihong Kang,Bangwei Wu, et al. Prediction of Crack Resistance of LFSMA-13 with and without Anti-Rut Agent Using Parameters of FTIR Spectrum under Different Aging Degrees. Materials. 2021;14 (12):3209-3209.(SCI期刊,通讯作者) [14]Jun Xu,Ai Hong Kang,Zheng Wu, et al. Research on the Formulation and Properties of a High-Performance Geopolymer Grouting Material Based on Slag and Fly Ash. KSCE Journal of Civil Engineering. 2021;25 (9):3437-3447.(SCI期刊,通讯作者) [15]Sheng Wang,Aihong Kang,Peng Xiao, et al. Investigating the Effects of Chopped Basalt Fiber on the Performance of Porous Asphalt Mixture. Advances in Materials Science and Engineering. 2019;2019 (0):1-12. (SCI期刊,通讯作者) [16]Changjiang Kou,Aihong Kang,Peng Xiao, et al. A Source Pollution Control Measure Based on Spatial-Temporal Distribution Characteristic of the Runoff Pollutants at Urban Pavement Sites. Applied sciences. 2018;8 (10):1802-1802.(SCI期刊,通讯作者) [17]Kou Changjiang,Kang Aihong,Xiao Peng,Wu Zhengguang,Microscopic evaluation method of Polymer Modified Bitumen performent. Proceedings of the 4th Chinese-European Woekshop on Functinal Pavement Design,Delft University of Technology,Netherlands,2016.06.29-2016.07.01.(会议论文,通讯作者) [18] Changjiang Kou,Aihong Kang,Wuhong Zhang,Methods to prepare polymer modified bitumen samples for morphological observation,Construction and Building Materials,Vol81,C,2015.(SCI源刊,通讯作者) [19]Zhao, Z., Liu, M., Kang, A., Cai, X., Chen, M., & Lu, L.. Rheology and buildability of sustainable 3D printed magnesium potassium phosphate cement composites incorporating MgO-SiO2-K2HPO4. Construction and Building Materials, 2024, 446, 138048.(SCI期刊,通讯作者) [20]Xu, J., Liu, M., Kang, A., Wu, Z., Kou, C., Zhang, Y., et al. Effect of fiber characteristic parameters on the synergistic action and mechanism of basalt fiber asphalt mortar. Construction and Building Materials, 2024,438, 137234.(SCI期刊,通讯作者) [21]Bo Li,Yangyang Zhou,Aihong Kang, et al. Research on Fracture Behavior of Fiber–Asphalt Mixtures Using Digital Image Correlation Technology. Materials. 2023;16 (21):6825-6825.(SCI期刊,通讯作者) [22]Bo Li,Minghao Liu,Aihong Kang, et al. Effect of Basalt Fiber Diameter on the Properties of Asphalt Mastic and Asphalt Mixture. Materials. 2023;16 (20):6711-6711.(SCI期刊,通讯作者) [23]Yao Zhang,Tianyi Sang,Aihong Kang, et al. Investigation of fiber length distribution on crack resistance mechanism of basalt fiber asphalt mixture based on digital image processing technology. Construction and Building Materials. 2023;401 (0):132753-132753.(SCI期刊,通讯作者) [24]Xing Wu,Said M. Easa,Aihong Kang, et al. Performance evaluation of lignin-fibre reinforced asphalt mixture modified by anti-rutting agent. Construction and Building Materials. 2022;346 (0):128152-128152.(SCI期刊,通讯作者) [25]Changjiang Kou,Xing Wu,Aihong Kang, et al. Performance Evaluation of Hot Mix Asphalt Reinforced by Basalt Fibers with Various Diameters. Journal of Testing and Evaluation. 2022;50 (4):20210431-20210431.(SCI期刊,通讯作者) [26]Yao Zhang,Qianli Gu,Aihong Kang, et al. Characterization of mesoscale fracture damage of asphalt mixtures with basalt fiber by environmental scanning electron microscopy. Construction and Building Materials. 2022;344 (0):128188-128188.(SCI期刊,通讯作者) [27]Bangwei Wu,Zhaohui Pei,Chufan Luo, Aihong Kang, et al. Effect of different basalt fibers on the rheological behavior of asphalt mastic. Construction and Building Materials. 2022;318 (0):125718-125718.(SCI期刊,通讯作者) [28]Bangwei Wu,Chufan Luo,Zhaohui Pei, Ai Hong Kang, et al. Effect of Different Polymer Modifiers on the Long-Term Rutting and Cracking Resistance of Asphalt Mixtures. Materials. 2021;14 (12):3359-3359.(SCI期刊,通讯作者) [29]Changjiang Kou,Yanjuan Qi,Aihong Kang, et al. Spatiotemporal distribution characteristics of runoff-pollutants from three types of urban pavements. Journal of Cleaner Production. 2021;292 (0):125885-125885.(SCI期刊,通讯作者) [30]Xing Wu,Zhengguang Wu,Aihong Kang, et al. Study and Verification of a New Method to Test the Bonding Ability between Basalt Fiber and Asphalt Mortar. Applied sciences. 2020;11 (1):235-235.(SCI期刊,通讯作者) [31]Keke Lou,Peng Xiao,Aihong Kang, et al. Suitability of Fiber Lengths for Hot Mix Asphalt with Different Nominal Maximum Aggregate Size: A Pilot Experimental Investigation. Materials. 2020;13 (17):3685-3685.(SCI期刊,通讯作者) [32]Zhengguang Wu,Yanjuan Qi,Aihong Kang, et al. Evaluation of Particulate Matter Capture and Long-Term Clogging Characteristics of Different Filter Media for Pavement Runoff Treatment. Advances in Materials Science and Engineering. 2020;2020 (0):1-15.(SCI期刊,通讯作者) [33] Peng Xiao,Jiahui Zheng, Aihong Kang,Aging Characteristicsof Rubber Modified Asphaltin Different Environmental FactorsCombinations,Applied Sciences,Vol7,8,2017.(SCI源刊,通讯作者) [34]康爱红,顾倩俪,唐站站,空心板梁桥铰缝疲劳损伤试验及评估方法研究,河南科技大学学报(自然科学版),2022/12.(核心期刊,第一作者) [35]康爱红,徐雪玲,寇长江,基于改进测试方法的透水沥青混合料空隙阻塞试验研究,公路工程,Vol 42,5,2017/10.(核心期刊,第一作者) [36]康爱红,许珊珊,肖鹏,王二飞,娄可可,新型生态渗滤系统处治道路径流污染试验研究,公路,Vol62,7,2017/7.(核心期刊,第一作者) [37]康爱红,王超,孔庆鑫,肖鹏,沈燕,基于层次分析理论的旧沥青路面胶结料老化等级评定方法研究,施工技术,Vol46,11,2017/6.(核心期刊,第一作者) [38]康爱红,娄可可,肖鹏,寇长江,扬州市路面径流污染特性分析与排放规律研究,公路,Vol8,2016/8.(核心期刊,通讯作者) [39]康爱红,丁燕,寇长江,江杰,灰关联方法确定SBS改性沥青宏观性能微观评价指标,河南科技大学学报(自然科学版),Vol37,4,2016/6.(核心期刊,第一作者) [40]康爱红,姚明部,干、湿法温拌TOR橡胶沥青混合料路用性能对比试验,公路工程,Vol41,1,2016/2.(核心期刊,第一作者) [41]康爱红,陈娟,黄铭,卢晶晶,李路佳,旧SBS类沥青路面胶结料性状分析及老化等级评定, 中国矿业大学学报,Vol43,4,2014/7.(CSCD期刊,第一作者) [42]康爱红,寇长江,刘轩宇,基于数字图像分析技术的SBS改性沥青分散均匀性评价,四川大学学报(工程科学版),Vol46,1,2014/1.(EI期刊,第一作者) [43]康爱红,李涛,丁泽明,徐剑,我国道路雨水径流污染特性及控制措施进展,内蒙古农业大学学报(自然科学版),Vol34,6,2013/2.(省级期刊,第一作者) [44]康爱红,高翔,姚明部,Sasobit温拌TOR橡胶沥青混合料路用性能试验研究,施工技术, Vol42,23,2013/12.(核心期刊,第一作者) [45]康爱红,肖鹏,徐建成,掺聚丙烯纤维的水泥稳定碎石材料抗裂性能研究,施工技术,Vol41,379,2012/05.(核心期刊,第一作者) [46]康爱红,张钦,基于ABAQUS模拟的TOR橡胶沥青路面应力响应分析,中外公路, Vol32,6,2012/12.(核心期刊,第一作者) [47]康爱红,陈娟,孙立军,SBS改性沥青性能及显微形态结构分析,解放军理工大学学报(自然科学版),Vol13,6,2012/12.(核心期刊,第一作者) [48]康爱红,张吴红,孙立军,基于显微形态观测的SBS改性沥青储存后性能评价,中国矿业大学学报,Vol41,6,2012/11.(CSCD期刊,第一作者) [49]康爱红,寇长江,张吴红,SBS改性沥青荧光显微图像的采集与处理,江苏大学学报(自然科学版),Vol33,6,2012/11.(CSCD期刊,第一作者) [50]康爱红,周鑫,吴美平,孙立军,环境因素组合作用下TOR橡胶沥青老化试验研究,南京理工大学学报,Vol36,4,2012/8.(CSCD期刊,第一作者) [51]康爱红,吴帮伟,TOR橡胶沥青在路面养护中的应用研究,扬州大学学报(自然科学版),Vol15,3,2012.(核心期刊,第一作者) [52]康爱红,张吴红,孙立军,改性沥青荧光显微观测样本制备方法,四川大学学报(工程科学版), Vol44,2,2012/8.(EI期刊,第一作者) [53]康爱红,肖鹏,周鑫,纳米ZnO/SBS改性沥青储存稳定性及其机理分析,江苏大学学报(自然科学版),Vol31,4,2010/3.(CSCD期刊,第一作者) [54]周阳阳,康爱红,吴帮伟,玄武岩纤维几何参数对SMA-5薄层罩面性能的影响,中国科技论文,2023/6,(核心期刊,通讯作者) [55]桑添翼,康爱红,张垚,玄武岩纤维掺量对冷拌环氧沥青混合料性能影响,热固性树脂,2023/5,(核心期刊,通讯作者) [56]王本帅,康爱红,吴星怡,吴星,孔贺誉,王漾博,玄武岩纤维沥青混合料长度级配设计,河南科技大学学报(自然科学版),2022/1.(核心期刊,通讯作者) [57]吴星怡,康爱红,董星海,王本帅,孔贺誉,不同场景行车噪声关联性研究,土木工程与管理学报,2021/5.(CSCD期刊,通讯作者) [58]吴星,康爱红,吴正光,肖鹏,吴帮伟,单桂军,纤维与沥青胶浆粘附性新型测试仪器的应用,实验技术与管理,2021/2.(核心期刊,通讯作者) [59]祁妍娟,康爱红,卢志萍,寇长江,徐雪玲,两种模拟条件下透水沥青混合料的渗透特性与净化能力,材料科学与工程学报,2021/2.(核心期刊,通讯作者) [60]卢志萍,康爱红,徐雪玲,路面径流污染渗滤介质组合优化及净化机理分析,材料科学与工程学报,2020/6.(核心期刊,通讯作者) [61]沈楸,康爱红,顾万,混凝土板梁桥典型病害风险矩阵评估及养护策略研究,公路,2020/7.(核心期刊,通讯作者) [62]祁妍娟,康爱红,卢志萍,扬州市不同类型城市绿地径流污染特性,科学技术与工程,2019/12.(核心期刊,通讯作者) [63]董星海,康爱红,徐雪玲,生态透水混凝土对路面径流污染阻滞效果,科学技术与工程,2019/7.(核心期刊,通讯作者) [64]董星海,康爱红,徐雪玲,透水混凝土阻滞路面径流污染物的效应,科学技术与工程,2019/3.(核心期刊,通讯作者) [65]沈燕,康爱红,王超,李路佳,娄可可,橡胶沥青混合料中橡胶沥青老化程度的表征,合成橡胶工业,Vol40,6,2017/11.(CSCD期刊,通讯作者) [66]娄可可,康爱红,寇长江. SBS改性沥青相态结构的参数化表征方法,材料科学与工程学报,Vol34,4,2016.(CSCD期刊,通讯作者) [67]徐杰,康爱红,娄可可,张飞,透水沥青混合料空隙堵塞行为特性研究,住宅与房地产, Vol15,2016.(省级期刊,通讯作者) [68]郭咏梅,康爱红,基于灰熵分析法评价改性沥青的温度敏感性,重庆文理学院学报(自然科学版),Vol31,6, 2012.(省级期刊,通讯作者) [69]李波,王宇,康爱红,沥青混合料高温车辙虚拟仿真实验设计与实现,实验室研究与探索,2024/5,(核心期刊,通讯作者) [70]张垚,颜子超,康爱红,高寒大温差条件下玄武岩纤维沥青混合料低温性能研究,实验技术与管理,2024/4,(核心期刊,通讯作者) [71]李波,王宇,康爱红,基于BP神经网络的老化沥青胶浆自愈合性能预测技术研究,实验技术与管理,2024/1,(核心期刊,通讯作者) [72]李波,浦嘉诚,康爱红,现浇绿化混凝土植生冲刷试验研究,混凝土,2023/10,(核心期刊,通讯作者) [73]张垚,陈虎,康爱红,纤维沥青混合料细观损伤断裂试验新型测试方法的应用,实验技术与管理,2023/3,(核心期刊,通讯作者) [74]孔贺誉,吴星,康爱红,张永健,范钊,王本帅,玄武岩纤维沥青混合料开裂性能预测,河南科技大学学报(自然科学版),2022/5.(核心期刊,通讯作者) [75]娄可可,卢志萍,康爱红,肖鹏,徐雪玲,植生型生态混凝土成型工艺及边坡防护施工技术,施工技术,Vol47,3,2018/2.(核心期刊,通讯作者) |