(一)发表论文: [1]Ma, Yachao; Huan, Zhiqiang; Li, Qin; Zhou, Yi; Peng, Shijin.Cutter layout optimization for reduction of lateral force on PDC bit using Kriging and particle swarm optimization methods [J]. Journal of Petroleum Science And Engineering, 2018:359-370. [2]Ma, Yachao; Huang, Zhiqiang; Lian, Zhanghua; Chang, Weichun; Tan, Huan.Effects of a new drag reduction agent on natural gas pipeline transportation[J].Advances in Mechanical Engineering,2019(10). [3]Ma, Yachao; Lian, Zhanghua; Huang, Zhiqiang; Zhang, Wenlin; Xie, Dou.Optimal design of a global force-balanced polycrystalline diamond compact bit considering wear condition[J]. Advances in Mechanical Engineering,2019(12). [4] Huang, Zhiqiang;Ma, Yachao; Qiu, Chengsong; Li, Qin. Fracture mechanism of air percussive rotary bit matrix based on impact stress wave theory[J].Journalof Vibroengineering,2017(5):3129-3150. [5] Huang, Zhiqiang;Ma, Yachao; Li, Qin; Xie, Dou.Geometry and force modeling, and mechanical properties study of polycrystalline diamond compact bit under wearing condition based on numerical analysis[J].Advances in Mechanical Engineering,2017(6). [6] Zhu, Jing; Huang, Zhiqiang;Ma, Yachao; Xie, Dou; Yang, Xueying; Zhou, Cao.Hydraulic structure design and downhole flow field optimization of geophysical drill bits in a limestone stratum[J].Science Progress,2020(3). [7] Xie, Dou; Huang, Zhiqiang;Ma, Yachao; Vaziri, Vahid; Kapitaniak, Marcin; Wiercigroch, Marian.Nonlinear dynamics of lump mass model of drill-string in horizontal well[J].International Journal of Mechanical Sciences,2020. [8] Huang, Zhiqiang;Zhang, Wenyuan;Ma, Yachao;Li, Gang. Study on the Influence of Lubrication Cooling State on Sliding Shoe and Guiding Plate of Fracturing Pump[J].J. Fail. Anal. Prev.,2019. [9] Zeng, Ming; Zhou, Yi;Ma, Yachao. Evaluation of sealing performance of bearing rings of roller-cone bits based on grid-shaped bionic non-smooth surface[J].Advances in Mechanical Engineering,2018(5). [10]马亚超;张鹏;黄志强;牛世伟;谢豆;邓嵘.变温变载影响下PDC钻头的动态磨损趋势预测[J].工程设计学报,2020(05):625-635. [11]马亚超;张鹏;黄志强;邓嵘;喻洪梅.全局力平衡PDC钻头布齿优化设计[J].中国机械工程,2020(20). [12]马亚超.工程设计制图教学存在的问题及解决对策[J].教育现代化,2020(10):53-55. [13]马亚超;黄志强;李琴;彭世金;谢豆.磨损状况下聚晶金刚石钻头切削齿的切削参数求解[J].中国机械工程,2017(08):973-978. [14]黄志强;马亚超;李琴;王楠;常维纯.天然气管输减阻剂减阻效果现场评价方法研究[J].金沙娱场城app7979学报(自然科学版),2016(04):157-165. [15]黄志强;张文远;马亚超;李刚;吴小红.滑履与导板间隙和供油流量对6000HP压裂泵润滑冷却状态影响研究[J].工程设计学报,2020(01):59-66. (二)部分授权专利: [1]马亚超;黄志强;李琴;张富晓.一种考虑动态磨损的PDC钻头侧向力平衡布齿方法[P]. CN107944119B, 2020-10-30. [2]马亚超;黄志强;练章华;李琴.一种模拟减阻剂在近壁区微观减阻性能的实验装置[P]. CN109406094B, 2020-06-26. [3]马亚超;练章华;黄志强;李琴;谢豆.一种模拟管输减阻剂在近壁区微观减阻性能的实验方法[P]. CN109406093B, 2020-05-12. [4]马亚超;练章华;黄志强;李琴.一种减缓岩石对齿冲击力的自适应全向变角PDC钻头齿[P].:CN110259388A,2019-09-20. [5]马亚超;黄志强;练章华;李琴.一种减缓破岩冲击力的全向变角PDC钻头[P].:CN110185399A,2019-08-30. [6]马亚超;黄志强;练章华;李琴.一种用于模拟PDC齿载荷温度耦合磨损的实验装置[P].:CN108709739B,2019-05-24. [7]黄志强;马亚超;周已;敬爽;张富晓;刘永升;罗旭;许传新.一种海底防腐管道混凝土配重生产线[P].:CN103522408A,2014-01-22. [8]黄志强;马亚超;李琴;周已;敬爽;张富晓;罗旭;刘永升;许传新.一种海底混凝土配重防腐管道的生产方法及系统[P].:CN103660025A,2014-03-26. [9]黄志强;马亚超;李琴;周已;敬爽;王明波;曾其科.一种储罐底板缺陷在线检测的立式传感器夹持装置[P].:CN103341832A,2013-10-09. [10]黄志强;马亚超;王维斌;刘德明;李琴;王明波;敬爽;彭世金;周已.一种适用于储油罐底板超声波检测的探头夹具[P].:CN102721752A,2012-10-10. [11]黄志强;马亚超;李琴;徐果.一种磨损状况下PDC钻头切削齿的切削参数求解方法[P].:CN106021791B,2019-04-02. [12]黄志强;朱晶;张文琳;邓嵘;马亚超;周操;杨雪莹;谢豆.一种激光-水射流联合钻井装置[P].:CN109162640A,2019-01-08. (三)部分申请专利: [1]马亚超;张鹏;黄志强;周操;喻洪梅;蒋祖励;张庭豪;邱林;席御僖.一种采用滚珠丝杠传动的山地物探电动钻机[P].:CN110924878A, 2020-03-27. [2]马亚超;黄志强;练章华;李琴;周已.适用复杂地层钻井的PDC钻头随机磨损侧力平衡布齿法[P].:CN109460592A,2019-03-12. [3]李琴;王美玲;黄志强;马亚超;李刚;陈振;殷中泉;焦娟.一种适用于高寒钻机移运的九十度转向装置[P].:CN112109751A,2020-12-22. [4]黄志强;周操;马亚超;张文琳;谢豆;朱晶.一种爆炸冲击波-机械钻井破岩装置[P].:CN109488206A,2019-03-19. [5]黄志强;周操;马亚超;张文琳;谢豆;朱晶;伍家屺.针对页岩的冲击物探钻头的布齿结构[P].:CN109441359A,2019-03-08. |