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个人信息Personal Information
副教授
博士生导师
硕士生导师
性别：男
出生日期：1990-07-07
毕业院校：大连理工大学
学位：博士
所在单位：化工学院
学科：安全科学与工程
办公地点：大连理工大学西部校区化工实验楼H座503室
电子邮箱：jhp@dlut.edu.cn
扫描关注
- [1]Luo, Jing, Wang, Li, Gao, Wei, 姜海鹏.Prediction of ventilation air methane explosion in regenerative thermal oxidation based on hyperp...[J],JOURNAL OF LOSS PREVENTION IN THE PROCESS INDUSTRIES,2025,98
- [2]靳松灵, 李国梁, 耿晓烨, 董张强, Hu, Rong, 高伟, 姜海鹏, 毕明树.Mechanistic insights into the suppression of p-nitrotoluene explosions by a novel urea-NH4H2PO4 m...[J],POWDER TECHNOLOGY,2025,468
- [3]Zhang, Zhichen, Sun, Bing, Xu, Wei, Chen, Yao, Li, Yahui, Zhu, Yunfeng, Lu, Fangxu, Chi, Suocheng, Shi, Zhiping, Haowen, 姜海鹏.Study on the mechanism of supercritical ethylene decomposition induced by tert-butyl peroxybenzoa...[J],FUEL,2025,405
- [4]李国梁, 姜海鹏, Liu, Junpeng, 高伟.Inhibition mechanism of nitrogen on ignition and combustion of AlH3 via ReaxFF MD simulation and ...[J],CHEMICAL ENGINEERING JOURNAL,2025,522
- [5]耿晓烨, 李国梁, 赵峰宇, 靳松灵, Sun, Bing, 姜海鹏, 高伟, Zhang, Kai, Tianjiao, Zhichen.Integrating thermal analysis experiment and molecular dynamics simulation to investigate the supp...[J],Chemical Engineering Science,2025,320
- [6]靳志豪, 李国梁, 耿晓烨, Zhang, Guoqing, 高伟, 姜海鹏.Ignition and combustion mechanisms in Mg-Al alloys via TG-DSC and ReaxFF MD simulations[J],ADVANCED POWDER TECHNOLOGY,2025,36(11)
- [7]Ding, Xuhan, Wang, Kai, Fu, Qingyun, Tianting, Luo, Zhenmin, Yang, Yong, Tao, 姜海鹏, Yi, Xin.Experimental and molecular dynamics simulation of the synergistic mechanism of short-chain fluoro...[J],JOURNAL OF ENVIRONMENTAL CHEMICAL ENGINEERING,2024,12(6)
- [8]薛晨露, 程嘉枫, 姜海鹏, Gao, Wei.Inhibition mechanism and effect assessment of alkali (Earth) metal compound-based inhibitors on a...[J],CHEMICAL ENGINEERING JOURNAL,2024,501
- [9]Huang, Zichao, 李国梁, 高伟, 姜海鹏, Wen, Guangcai, Si, Xuyang, Rongjun.Study on the Lower Explosion Limit of Ventilation Air Methane at 700–1200℃[J],Combustion Science and Technology,2024
- [10]赵峰宇, 耿晓烨, 高伟, Gao, Wei, 姜海鹏, Hu, Weixi, Yue, Youbang, Jiang, Haipeng.Inhibition mechanism of aluminium hypophosphite on aluminium hydride dust explosions[J],International Journal of Hydrogen Energy,2024
- [11]董张强, 白庆伦, 靳松灵, 马倩玉, 薛晨露, 高伟, 王珂, Wei Gao, Ke Wang, 姜海鹏, Haipeng Jiang.A modified phosphorus-based inhibitor for dry water inhibitor and its chemical mechanisms in prev...[J],CHEMICAL ENGINEERING JOURNAL,2024,500
- [12]赵峰宇, 陆剑心, 高伟, Gao, Wei, 姜海鹏, Jiang, Haipeng.Machine learning-based precise monitoring of aluminium-magnesium alloy dust[J],Journal of Loss Prevention in the Process Industries,2024,92
- [13]靳松灵, 李国梁, 耿晓烨, 高伟, Gao, Wei, 毕明树, 姜海鹏, Jiang, Haipeng.Atomistic insights into p-nitrotoluene combustion via the ReaxFF molecular dynamics and density f...[J],PROCESS SAFETY AND ENVIRONMENTAL PROTECTION,2024,192:484-494
- [14]陆剑心, 聂仲恒, 赵峰宇, 高伟, Gao, Wei, 姜海鹏, Jiang, Haipeng.Aluminum dust concentration detection based on LSTM-Kalman filter[J],JOURNAL OF LOSS PREVENTION IN THE PROCESS INDUSTRIES,2024,92
- [15]张宗岭, 姜海鹏, Sun, Yi, Gao, Wei.Effect of pipe diameter and volume ratio on dust explosion in interconnected vessels[J],JOURNAL OF LOSS PREVENTION IN THE PROCESS INDUSTRIES,2024,92
- [16]聂仲恒, 陆剑心, 路正康, Gao, Wei, 姜海鹏, Jiang, Xinsheng.Predicting critical flame quenching thickness using machine learning approach with ResNet and ANN[J],JOURNAL OF LOSS PREVENTION IN THE PROCESS INDUSTRIES,2024,92
- [17]李国梁, 靳松灵, 路正康, Gao, Wei, Liu, Junpeng, 姜海鹏, Jiang, Haipeng.Suppression effect of CO2 on ignition and combustion of AlH3-nanoparticles: A molecular dynamics ...[J],INTERNATIONAL JOURNAL OF HYDROGEN ENERGY,2024,84:539-548
- [18]李国梁, 赵峰宇, 靳松灵, 路正康, Gao, Wei, 姜海鹏, Liu, Junpeng, Jiang, Haipeng.Ignition and combustion of AlH3-nanoparticles: 3-nanoparticles: A molecular dynamics study[J],COMBUSTION AND FLAME,2024,269
- [19]靳松灵, Gao, Wei, Huang, Zichao, 毕明树, 姜海鹏, Si, Rongjun, Wen, Guangcai, Jiang, Haipeng.Suppression characteristics of methane/coal dust explosions by active explosion suppression syste...[J],FIRE SAFETY JOURNAL,2024,150
- [20]路正康, 张宗岭, 聂仲恒, 赵峰宇, 韩祎琦, 高伟, Han, Yiqi, Gao, Wei, 姜海鹏, Jiang, Haipeng.Flameless venting characteristics and design model of micro-nano PMMA dust explosion[J],INTERNATIONAL JOURNAL OF THERMAL SCIENCES,2024,205