Juanfang Liu

Biography:

Juanfang Liu 1976- Ph.D, Associated Prof., Doctor supervisor.

2003.12 teacher from 2013.12 to now； 2008.08-2010.09 Doctor researcher fluid mechanics major at Hokkaido university of Japan；2011.03-2011.06 Visiting scholar College of mechanics of University of Wisconsin-Milwaukee。Work and education on theory and application of equilibrium and non-equilibrium thermodynamics, multiscale transport and conversion of complicated fluids, direct writing of low-temperature spray of micro-nanoscale particles

Research Interests:

①Theory and application on the equilibrium thermodynamics and non-equilibrium thermodynamics

② Multiscale transport and conversion of energy and mass of complicate fluids

③ Isothermal expansion and compression of electrogas based on the Ericssion cycle

④ Microsale mechanism on mass transport and energy conversion inside the materials of stored energy

⑤ Multiphase flow and interface phenomenon on the nanoscale

Research Grants：

①National natural science foundation of China（Grand No.NSFC51776027）：Investigation on the multifield synergy process and the newly thermodynamic cycles of the electrogasdynamic power generation with high efficiency（2018.01-2021.12）；

②National natural science foundation for young scholars of China（Grand No. NSFC51206196）：Optimization and fabrication of new generation silicon-based anode electrode for lithium-ion batteries（2013.01-2015.12）；

③Fundamental research funds for the central universities（Grand no.CDJZR14140001）：Study on the key problems of the gas lubricated bearing with larger diameter at the high temperature and load（2014.5-2016.5）；

④National natural science foundation of Chongqing City（Grand No.CSTS2011BB4074）：Microscale enhancement mechanisms on the separation and transport of hydrogen inside the novel compositive separation membrane（2011.07-2014.06）

Journal Papers:

(1) Juanfang Liu*; Zibin Xu; Xueqing Zhang; Thermodynamics investigation on one novel combined cycle based on the electrogasdynamic generator, Energy, 2020, 198(1): 117277-1

(2) Juanfang Liu*, Sikai Chen, Min Gan, Qinghua Chen, Heat transfer and flow resistance characteristics inside an innovative vortex enhanced tube, Applied Thermal Engineering, 2018,144 :702–710                                                        (3) Sikai Chen, Juanfang Liu*, Huiying Chen, Qinghua Chen, Thermal-hydraulic characteristics of the fluid inside the innovative vortex-shaped tubes with the different geometrical parameters, Applied Thermal Engineering, 2019,146: 588-599.

(4) Jun Song, Juanfang Liu*, Qinghua Chen, Kepin Li, Effect of the Shape Factor on the Cold-Spraying Dynamic Characteristics of Sprayed Particles, Journal of Thermal Spray Technology, 2017, 26 (8):1851–1858. Z (5) iyunChen, Juanfang Liu*, QinghuaChen, XiaogangWei, JunSong, Effect of heat addition on the electrogasdynamic flow and thermodynamic cycle efficiency, Applied Thermal Engineering, 2017,121:67-73.

(6) Xueqing Zhang, Qinghua Chen, Juanfang Liu*, Steady characteristics of high-speed micro-gas journal bearings with different gaseous lubricants and extreme temperature difference, Journal of Tribology,2017,，139(2):02170301-7.

(7) Kun Wang, Juanfang Liu*, Qinghua Chen, Palladium clusters deposited on the heterogeneous substrates, Applied Surface Science, 2016, 376:105-112.

(8) Chuang Zhang, Qinghua Chen, Juanfang Liu*, Wenyong Tang, Kun Wang, Jun Song, Numerical study on the effect of the cold powder carrier gas on powder stream characteristics in cold spray, Surface & coatings technology, 2016, 294: 177-185.

(9) Xueqing Zhang, Qinghua Chen, Juanfang Liu*, Hydrodynamic behaviors of the gas-lubricated film in wedge-shaped microchannel, Journal of Tribology, 2016, 138: 031701-10.

(10) Xueqing Zhang, Qinghua Chen, Juanfang Liu*, Behaviors of the wedge-shaped gas-lubricated film using the finite difference lattice Boltzmann method, Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology, 2016, 230(12): 1542–1553.