代表作如下:
1) Mingqiu Wu*, Bernhard Peters, Tony Rosemann, Harald Kruggel-Emden. " A forcing fictitious domain method to simulate fluid-particle interaction of particles with super-quadric shape." Powder Technology 360 (2020): 264-277.
2) Mingqiu Wu*, Johannes G Khinast, Stefan Radl. " The effect of liquid bridge model details on the dynamics of wet fluidized beds." AIChE Journal 64 (2018): 437-456.
3) Mingqiu Wu*, Johannes G Khinast, Stefan Radl. " Liquid transport rates during binary collisions of unequally-sized particles." Powder Technology 309 (2017): 95-109.
4) Mingqiu Wu, Stefan Radl*, Johannes G Khinas. " A model to predict liquid bridge formation between wet particles based on direct numerical simulations " AIChE Journal 62 (2016): 1877-1897.
5)Rosemann, T; Kruggel-Emden, H; Wu, Mingqiu; Peters, Bernhard,Comparison of numerical schemes for 3D Lattice Boltzmann simulations of moving rigid particles in thermal fluid flows,Powder Technology, 2019, accepted online, in process, 10.1016/j.powtec.2019.07.054.
6) Mingqiu Wu, Bernhard Peters, Tony Rosemann, Harald Kruggel-Emden. An interface resolved immersed boundary method in XDEM for particulate flow simulations. International Congress on Particle Technology, Nürnberg, Germany, 2019.4.9
7) Wu, M., Peters, Bernhard, Dressler, Inka. A forcing fictitious domain/immersed boundary method for super-quadric shape of particulate flow simulation of cementitious material. 8th edition of the International Conference on Computational Methods for Coupled Problems in Science and Engineering (COUPLED PROBLEMS 2019),Barcelona, Spain, 2019.8.3-8.5.
8) Wu, M., Khinast, J. & Radl, S.. Liquid Transport in Bi-disperse Particle Beds revealed by Direct Numerical Simulations. The 7th International Congress on Pharmaceutical Engineering (ICPE), Graz, Austria, 2016.9.14-9.15
9) Wu, M.,Khinast, J.; Radl, S., Direct Simulation of Film Flow on Spheres to Investigate Liquid Bridge Formation. AIChE Annual Meeting 2014. Atlanta, USA 2014.11.16
10) Wu, M., Khinast, J., Radl, S., Towards A Refined Model for Liquid Bridge Volume Between Wet Particles. 11th World Congress on Computation Mechanics (WCCM XI). Barcelona, Spain, 2014.7.20