1) Zonglin Jiang: On the dispersion-controlled principles for non-oscillatory shock-capturing schemes, ACTA Mechanica Sinica, 20(1):1-15, 2004
2) Zonglin Jiang Yonghui Huang and K. Takayama: Shocked flows induced by supersonic projectiles moving in tubes. Computers & Fluids, 33(7):953-966, 2004
3) Zonglin Jiang: The dawn of the era of hypersonic
flight. Science (a Chinese journal), 53(2):10-15, 2004 (in Chinese) 4) Honghui Teng, Zonglin Jiang and Zhaoyuan Han: Numerical investigation of dffraction, focusing and reflection of toroidal shock waves. ACTA Mechanica Sinica 36(1):9-15, 2004 (in Chinese)
5) X.Y. Hu, B.C. Khoo, D.L. Zhang and Zonglin Jiang: The cellular structure of a two-dimensional H2/O2/Ar detonation wave. Combust. Theory Modeling 8:339-359, 2004.
6) X.Y. Hu, D.L. Zhang, B.C. Khoo and Zonglin Jiang: The structure and evolution of a two-dimensional H2/O2/Ar cellular detonation. Shock Waves, 14(1), 2004 (in Press)
7) Zongmin Hu, Yunliang Gao, Deliang Zhang, Guowei Yang and Zonglin Jiang: Numerical simulation of gaseous detonation reflection over wedges with a detailed chemical reaction model. Acta Mechanica Sinica, 20(4):385-391, 2004 (in Chinese)
8) Z.M. Hu, Q.H. Mu, D.L. Zhang and Zonglin Jiang: Numerical simulations of detonation waves propagating in curved tubes. Computational Physics, 21(5):408-414, 2004 (in Chinese)
9) Zonglin Jiang: Wave dynamic processes induced by a supersonic projectile discharging from a shock tube. Physics of Fluids, 15(6):1665-1675, 2003
10) Zonglin Jiang: Reliable validation based on optical flow visualization for CFD simulations. Acta Mechanics Sinica, 19(3):193-203, 2003
11) Zonglin Jiang, Chao Wang and K. Takayama: Three-dimensional propagation of the transmitted shock wave in a square cross-sectional chamber. Shock Waves, 13(2):103-111, 2003
12) Zonglin Jiang, W. Zhao, C. Wang and K. Takayama: Forward-running detonation drivers for high-enthalpy shock tunnels. AIAA J. 40(10):2009-2016, 2002
13) Zonglin Jiang, K. Matsuoka, A. Sasoh and K. Takayama Numerical and experimental investigation of wave dynamic processes in high-speed train/tunnels. Acta Mechnica Sinca, 18(3):209-226, 2002
14) H. Shi, K. Kawai, M. Itoh, H.R. Yu and Zonglin Jiang: The interaction between shock wave and foam in a shock tube. Acta Mechnica Sinca, 18(3):288-302, 2002
15) X.Y. Hu, D.L. Zhang and Zonglin Jiang: Theoretical analysis on dynamic mechanism of cellular detonation. Shock Waves 11:471-480, 2002,
16) G. Jagadeesh, O.Onodera, T. Ogawa, K. Takayama and Zonglin Jiang: Micro-shock waves generated inside a fluid jet impinging on plane wall. AIAA J. 39(3):424-430, 2001.
17) Zonglin Jiang: Research on detonation propulsion concepts and theory. World Sci-Tech R &D, 23(4):25-31, 2001 (in Chinese)
18) Zonglin Jiang et al: Research and progress on detonation-driven high-enthalpy shock tunnels and short time measurement. Advances in Mechanics, 31(2):312-317, 2001
19) Wei Zhao and Zonglin Jiang: Performance of the detonation-driven shock tube with a converging throat. Aerodynamic Experiment and Measurement & Control, 15(2):34-40, 2001 (in Chinese)
20) Zonglin Jiang and K. Takayama: Investigation into validation of numerical solutions of complex flowfields. J. of Computational Physics, 151(2):479-497, 1999.
21) Zonglin Jiang, O. Onodera and K. Takayama: Evolution of shock waves and the primary vortex loop discharged from a square cross-sectional tube. Shock Waves, 9(1):1-10, 1999
22) Zonglin Jiang, K. Takayama and B.W. Skews: Numerical study on blast flowfields induced by supersonic projectiles discharged from shock tubes. Phys. Fluids, 10(1):277-288, 1998
23) Zonglin Jiang, K. Takayama, K.P.B. Moosad, O. Onodera and M. Sun: Numerical and experimental study of micro-blast waves generated by pulsed-laser beam focusing. Shock Waves, 8(6):337-349, 1998
24) Zonglin Jiang and K.Takayama: Reflection and focusing of toroidal shock waves emitted from co-axial annular shock tubes. Computer & Fluids, 27(5&6):553-562, 1998
25) O. Onodera, Zonglin Jiang and K. Takayama: Holographic interferometric observation of shock waves discharged from an open-end of a square cross-sectional shock tube. JSME International Journal, 41(2):408-415, 1998