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西北工业大学力学与土木建筑学院硕导介绍:陈效鹏

 

  发表论文:

  1. 周新刚,陈效鹏,刘伟明,刘明。二维格子Boltzmann方法圆柱扰流湍流模拟。武汉大学学报(工学版),第45卷,第一期,2012,10-15。

  2. 刘伟明,陈效鹏,钟成文,等。基于多松弛格子Boltzmann方法差值反弹运动边界研究。中国科学技术大学学报,2012,42(3):100-105。

  3. 陈效鹏,王清华。多毛细管稳定喷洒电雾化特征研究(一)——实验设备设计及粒径测量方法。实验力学,第26卷,第6期,2011,692-698。

  4. 王清华,陈效鹏,赵梦华。多毛细管稳定喷洒电雾化特征研究(二)——电压、电流、粒径与流量的关系。实验力学,第27卷,第1期,2012,102-107。

  5. Chen X, Guan H, Feng W, Zhuo C, Zhong CW. Physical Body Impact after High Altitude Bail-out. Chinese Journal of Aeronautics, 2011, 24:145-149. (SCI: 000290753600004,EI: 20111913961985 )

  6. Chen X, Zhong C, Yuan X. Lattice Boltzmann simulation of cavitating bubble growth with large density ratio. Computers and Mathematics with Applications, 2011, 61: 3577–3584. (SCI: 000292583300015)

  7. Chen X. Simulation of 2D cavitation bubble growth under shear flow byBoltzmann model. Communications in computational physics, 2010, 7:212-223.

  8. 刘明明,陈效鹏,徐晓健。多毛细管电雾化喷洒模式及稳定喷洒特征研究。力学学报,第42卷,第3期,2010。(EI:20102713051161)

  9. 赵海龙,刘大顺,陈效鹏。一种基于数字图像的表面张力测量方法—悬滴法。实验力学。第25卷,2010。

  10. Chen XP, Mandre S, Feng J.J. An experimental study of the coalescence between a drop and an interface in Newtonian and polymeric liquids. PHYSICS OF FLUIDS, 18 (9): Art. No. 092103, 2006

  11. Chen XP, Mandre S, Feng J.J. Partial coalescence between a drop and a liquid-liquid interface. PHYSICS OF FLUIDS, 18(5): Art. No. 051705, 2006

  12. Chen XP, Feng J.J., Bertelo C. A. Plasticization effects on bubble growth during polymer foaming. POLYMER ENGINEERING AND SCIENCE., 46, 97-107, 2006.

  13. Chen XP, Jia L, Yin X, et al. Spraying modes in coaxial jet electrospray with outer driving liquid. PHYSICS OF FLUIDS 17 (3): Art. No. 032101 2005.

  14. Chen XP, Cheng JS, Yin XZ. Advances and applications of electrohydrodynamics. CHINESE SCIENCE BULLETIN 48 (11): 1055-1063 2003.

  15. Chen XP, Cheng JS, Yin XZ. Numerical analysis of electrohydrodynamics in a round pipe. IEEE TRANSACTIONS ON DIELECTRICS AND ELECTRICAL INSULATION 10 (2): 278-284 2003.

  大会报告:

  1. Chen X. Simulation of bubble nucleation in channel flow by multirange lattice Boltzmann method. Recent Progresses in FD Res., Proc. 6th Inter’l Conf. Fluid Mech., Guangzhou, 2011, 588-590. (ISTP: 000302054700160)

  2. Chen XP. Numerical Studies on focusing flow in Microchannels. The 5TH International Conference of Fluids Mechanics, 2007, Shanghai, China. (ISTP: 000254042000228)

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