Search Results - "Zhang, Gangchui"

Controlling the combustion and agglomeration characteristics of solid propellants via new micro-unit composite fuel Al@AP by Liu, Lu, Sang, Lipeng, Gou, Dongliang, Wen, Zhan, Zhang, Gangchui, Liu, Peijin, He, Guoqiang, Ao, Wen

“…New micro-unit composite fuels Al@AP with different mass ratios of Al and AP are designed, prepared, and added to solid propellants in place of the original…”
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Study of ignition and combustion characteristics of kerosene-based nanofluid fuel containing n-Al/CuO thermite by Lv, Xiang, Gao, Yi, Cui, Yueshuai, Wang, Chen, Zhang, Gangchui, Wang, Fang, Liu, Peijin, Ao, Wen

“…•New nanofluid fuel with both better ignition and combustion properties is proposed.•The addition of CuO facilitates the exothermic process of n-Al…”
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Numerical investigation and experimental validation of aluminized propellant combustion under high pressures: Critical effects of heat feedback by Liu, Lu, Zhang, Gangchui, Wen, Zhan, Li, Shipo, Liu, Peijin, He, Guoqiang, Ao, Wen

“…Aluminum is a common metal fuel in propellants, but its effects on the burning rate and the underlying mechanism are still unclear. Numerical calculations and…”
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Damping or gain? -The critical roles aluminum plays in the SRM stability by Zhang, Gangchui, Shao, Shiyao, Li, Shipo, Yue, Songchen, Liu, Peijin, Ao, Wen

“…The aluminum combustion significantly affects the stability of solid rocket motors (SRM). In this study, the influence of aluminum combustion on the damping of…”
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Experimental and numerical investigation of aluminum particle combustion driven instability in solid rocket motors by Zhang, Gangchui, Liu, Lu, Wen, Zhan, Wang, Zhuopu, Liu, Peijin, Ao, Wen

“…Aluminum particles are extensively employed to enhance the energetic properties of propellants. However, the heat release rate (HRR) fluctuations resulting…”
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Acoustic excitation of an n-heptane droplet: Evaporation, ignition and combustion characteristics by Zhang, Gangchui, Ao, Wen, Fan, Zhimin, Zhang, Yu, Xu, Yanwen, Wang, Fang, Liu, Peijin, Li, Larry K.B.

“…In aerospace propulsion systems, the coupling between droplet combustion and sound waves can be a key mechanism for driving thermoacoustic instability. In this…”
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