桑树勋
教授
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[11] Zhu, Chenhong,王建国,桑树勋,梁炜.A multiscale neural network model for the prediction on the equivalent permeability of discrete fracture network,2023,卷: 220子辑: B
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[12] 高德燚,桑树勋,刘世奇,吴见,耿济世,汪涛,孙腾民.Experimental study on the deformation behaviour, energy evolution law and failure mechanism of tectonic coal subjected to cyclic loads,2022,v 32,n 6,p1301-1313
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[13] 桑树勋,刘世奇,陆诗建,朱前林,王猛,韩思杰,刘统,郑司建.工程化CCUS全流程技术及其进展,2022,2022年05期:711-725+733,16
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[14] 方辉煌,桑树勋,刘世奇,刘会虎,徐宏杰,黄艳辉.Determination of representative elementary volume of digital coal based on fractal theory with X-ray CT data and its application in fractal permeability predication model,2022
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[15] 桑树勋,Niu, Qinghe,曹丽文,Wang, Wei.Mechanical Response Characteristics and Mechanism of Coal-Rock with CO2 Injection in Deep Coal Seam: A Review,2022,v 47,n 5,p1849-1864
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[16] Zhao, Fuping,桑树勋,韩思杰,Wu, Zhangli,Zhang, Jinchao,Xiang, Wenxin,Xu, Ang.Characteristics and Origins of the Difference between the Middle and High Rank Coal in Guizhou and Their Implication for the CBM Exploration and Development Strategy: A Case Study from Dahebian and Dafang Block,2022,卷: 15期: 9
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[37] 李增松,鲍久圣,阴妍,刘同冈.Amending of embedded thermometry method for testing friction temperature rise of braking,2019,v 22,n 3,p28-35
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[38] 黄山,鲍久圣,阴妍,葛世荣,刘同冈.A Review of Brake Friction Materials: Development, Tribological Performance and Failure Prediction,2019,卷: 11期: 5页: 613-628
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[39] Jiusheng Bao,Shan Huang,Yang Liu,Shirong Ge,Yan Yin,Tonggang Liu.Tribological behavior and mechanism of a magnetic conductive brake pair under action of alternating magnetic field[J].Tribology International,2019,131::465-475
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[40] 鲍久圣,黄山,刘阳,葛世荣,阴妍,刘同冈.Tribological behavior and mechanism of a magnetic conductive brake pair under action of alternating magnetic field,2019,v 131,p465-475