论文成果
- 许健飞,姚依南,闫浩,周楠,Su, Heming,李猛,刘思旭,汪浩东.Experimental study of pipeline pressure loss laws with large-size gangue slurry during the process of industrial-grade annular pipe transportation,2024,v 436,
- 闫浩,王文龙,张吉雄,马丹,周楠,万子豪.Experimental study on the influence of coal-rock interface strength on crack propagation law of supercritical carbon dioxide fracturing,2023,卷: 112
- 闫浩,张吉雄,周楠,时培涛.基于DA-DE-SVM智能模型的煤岩体SC-CO2压裂效果预测,2023
- 闫浩,张吉雄,周楠,Shi, Peitao,Dong, Xiangjian.Coal permeability alteration prediction during CO2 geological sequestration in coal seams: a novel hybrid artificial intelligence approach,2022,卷: 8期: 3
- 闫浩,张吉雄,周楠,Wang, Yunbo.Quantitative characterization of crack propagation behavior under the action of stage-by-stage fracturing induced by SC-CO2 fluid,2021,卷: 256
- 闫浩,张吉雄,周楠,李百宜,Wang, Yuyao.Crack initiation pressure prediction for SC-CO2 fracturing by integrated meta-heuristics and machine learning algorithms,2021,卷: 249
- 闫浩,张吉雄,李百宜,Zhu, Cunli.Crack propagation patterns and factors controlling complex crack network formation in coal bodies during tri-axial supercritical carbon dioxide fracturing,2021,卷: 286子辑: 1
- 闫浩,张吉雄,Rahman, Sheik S.,周楠,Suo, Yu.Reply to: Comments on "Predicting permeability changes with injecting CO2 in coal seams during CO2 geological sequestration: A comparative study among six SVM-based hybrid models" by Adnan et al.,2020,卷: 744
- 闫浩,张吉雄,周楠,李猛.Application of hybrid artificial intelligence model to predict coal strength alteration during CO2 geological sequestration in coal seams,2020,卷: 711
- 闫浩,张吉雄,Rahman, Sheik S.,周楠,Suo, Yu.Predicting permeability changes with injecting CO2 in coal seams during CO2 geological sequestration: A comparative study among six SVM-based hybrid models,2020,卷: 705