Patent
[11] Ma Guihui, Wang Shuai, Zhang Wangkai, Zhang Hongtu, Chen Cong, Qu Zhaoyu, Guo Jinyuan, Chen Yingyu, Yang Zhiyong, Liu Tongxin, Gao Gang. A model device of a vehicle [P]. Heilongjiang Province: CN114199507A,2022-03-18. (Authorized)
[10] Ma Guihui, Cheng Shaohua, Zhang Wangkai, Quan Xiaobo, Zhang Hongtu, Zhang Yu, Qu Zhaoyu, Yan Hao, Chen Yingyu, Yang Zhiyong, Liu Tongxin, Guo Jinyuan, Bao Jian. A water launching tube device for a vehicle that can adapt to the position deviation of repeated experiments[P]. Heilongjiang Province: CN114509239A,2022-05-17. (Authorized)
[9] Ma Guihui, Yao Xiongliang, Sun Longquan, Li Suyun, Xiao Wei, Zhang Yu, Cui Xiongwei, Luan Jinglei, Dai Jie, Qin Zaibai, Zhang Wangkai. A laser docking monitoring device for auxiliary platform docking system[P]. Heilongjiang Province: CN113044191A,2022-03-22. (Authorized)
[8] Ma Guihui, Yao Xiongliang, Luan Jinglei, Fang Ming, Sun Longquan, Zhang Yu, Li Suyun, Yang Zhixun, Dai Jie, Li Wenpeng. An underwater motion system with an anti-overturning device[P]. Heilongjiang Province: CN112278175B,2021-09-10. (Authorized)
[7] Ma Guihui, Yao Xiongliang, Luan Jinglei, Fang Ming, Sun Longquan, Chen Yingyu, Li Suyun, Xiao Wei, Wei Ran, Li Wenpeng. A roller device for an underwater motion platform[P]. Heilongjiang Province: CN112339951B,2021-07-23. (Authorized)
[6] Ma Guihui, Yao Xiongliang, Hong Xianghong, Dai Jie, Luan Jinglei, Wang Zhikai, Qin Zaibai, Zhang Hongyu, Lu Hao, Xiao Leilei. A repeatable and quantitative coating-type hull streamline experiment method[P]. Heilongjiang Province: CN112326193B, 2021-09-10. (Authorized)
[5] Yao Xiongliang, Ma Guihui, Hong Xianghong, Luan Jinglei, Dai Jie, Wang Zhikai, Qin Zaibai, Sun Longquan, Chen Jin, Li Wenpeng. A test method for flow field or air bubble field in cross-section of ship model[P]. Heilongjiang Province: CN112141290B, 2021-05-28. (Authorized)
[4] Yao Xiongliang, Ma Guihui, Hong Xianghong, Luan Jinglei, Dai Jie, Wang Zhikai, Qin Zaibai, Sun Longquan. An experimental system for simulating the air bubble transport environment at the bottom of a ship by artificial ventilation[P]. Heilongjiang Province: CN112109859B,2021-07-23. (Authorized)
[3] Sun Longquan, Yao Xiongliang, Ma Guihui, Luan Jinglei, Fang Ming, Li Suyun,Dai Jie, Xiao Wei, Wei Ran, Zhang Wangkai. A limit bracket device for an underwater platform lifting system[P]. Heilongjiang Province: CN112408279B, 2021-12-07. (Authorized)
[2] Sun Longquan, Yao Xiongliang, Ma Guihui, Luan Jinglei, Fang Ming, Li Suyun,Dai Jie, Chen Yingyu, Wei Ran, Zhang Wangkai. A calibration device for assisting precise docking of platforms[P]. Heilongjiang Province: CN112453883B, 2021-11-05. (Authorized)
[1] Sun Longquan, Yao Xiongliang, Ma Guihui, Luan Jinglei, Fang Ming, Li Suyun,Dai Jie, Chen Yingyu, Wu Guoxun, Zhang Wangkai. Universal support device for auxiliary platform docking and transfer system with the device[P]. Heilongjiang Province: CN112357488B, 2021-10-19. (Authorized)
Article
2023:
[25] Fan Shiqi, Shi Dongyan, Ma Guihui*, Zhang Wangkai, Chen Yingyu, Sun Longquan, Yuan Kai, Yang Zhiyong, Zhang Miao.Research on similarity of water entry load for scaled-down underwater vehicle based on different model test environments[J], Ocean Engineering, 2023, 286: 115697.
[24] Yao Xiongliang, Gan Ning, Ma Guihui*. Interactions between two parallel gas jets on the surface of an underwater vertical moving body[J], Ocean Engineering, 2023, 286: 115597.
[23] Yao Xiongliang, Qu Zhaoyu*, Ma Guihui*, Yang Nana, Quan Xiaobo, Cheng Shaohua. Experimental Study on Motion Characteristics of Cavity Attached to the Tail of Underwater Vehicle[J], Journal of Marine Science and Engineering, 2023, 11(7):1287.
2022:
[22] Qu Zhaoyu, Yang Nana, Ma Guihui*, Yao Xiongliang, Zhang Wangkai, Zhang Hongtu, Cheng Shaohua, Quan Xiaobo, Chen Yingyu. Experimental study on ventilated cavity flow at the tail of underwater vehicle under low surface tension[J], Ocean Engineering, 2023, 267: 113230.
[21] Bao Jian, Ma Guihui*, Sun Longquan, Chen Weichu, Li Ming. Simulation of falling-floating process of vehicle with ellipsoidal airbags[J/OL], Acta Armamentarii:1-14.
[20] Qu Zhaoyu, Yang Nana, Ma Guihui*, Yao Xionglinag, Chen Yingyu, Zhang Hongtu. Experimental study of unsteady evolution characteristics of ventilated air mass on the cylinder surface[J], Ocean Engineering, 2022, 264: 112462.
[19] Gan Ning, Liu Yuanqing, Yao Xiongliang*, Chen Yingyu, Ma Guihui, Cui Xiongwei. Experimental investigation on the development features of a gas jet on the surface of a vertical moving body with a constant volume chamber[J]. Physics of Fluids, 2022, 34(8): 083313.
[18] Zhang Yu, Ma Guihui, Wu Guoxun, Li Luyu*. Modeling and nonlinear optimal control of active mass damper with rotating actuator for structural vibration control[J]. Structural Control and Health Monitoring, 2022, 29(2): e2871.
[17] Gan Ning, Yao Xiongliang*, Cheng Shaohua, Chen Yingyu, Ma Guihui. Experimental investigation on dynamic characteristics of ventilation bubbles on the surface of a vertical moving body[J]. Ocean Engineering, 2022, 246: 110641.
[16] Qu Zhaoyu, Yang Nana, Yao Xionglinag, Ma Guihui, Chen Yingyu*, Wang Yinan. Experimental study of cavitating flows of protuberance on the surface of underwater vehicle[J]. Ocean Engineering, 2022, 245: 110489.
2021:
[15] Sun Longquan, Li Wenpeng, Ma Guihui*, Chen Yingyu, Fang Ming, Zhang Wangkai, Yao Xiongliang. Study on ventilated cavity uncertainty of the vehicle under stochastic conditions based on the Monte Carlo method[J]. Ocean Engineering, 2021, 239: 109789.
[14] Sun Longquan*, Yan Hao, Ma Guihui*, Zhao Jipeng. Analysis of the promoting effect of annular groove on the coalescence of ventilated cavity[J]. Chinese Journal of Theoretical and Applied Mechanics, 2021, 53(02): 386-394.
2019:
[13] Ma Guihui, Chen Fu, Yu Jianyang*, Wang Kun, Jiang Shuai. Effects of uncertainties in the launch parameters on the pressure-equalizing air film around a vertically launched underwater vehicle[J]. Journal of Fluids Engineering, 2019, 141(10): 104501.
[12] Ma Guihui, Chen Fu, Yu Jianyang*, Wang Kun. Numerical investigation of trajectory and attitude robustness of an underwater vehicle considering the uncertainty of platform velocity and yaw angle[J]. Journal of Fluids Engineering, 2019, 141(2): 021106.
[11] Ma Guihui, Chen Fu, Yu Jianyang*. Effect of pitch-to-diameter ratio and row-spacing-to-diameter ratio of venting holes on evolution process of air film around a vertically launched underwater vehicle[J]. Modern Physics Letters B, 2019, 33(10): 1950124.
2018:
[10] Ma Guihui, Chen Fu, Yu Jianyang*, Jiang Shuai. Effect of a pressure-equalizing film on the trajectory and attitude robustness of an underwater vehicle considering the uncertainty of the platform velocity[J]. Engineering Applications of Computational Fluid Mechanics, 2018, 12(1): 824-838.
[9] Ma Guihui, Chen Fu, Yu Jianyang*, Liu Huaping. Flow mechanism and characteristics of pressure-equalizing film along the surface of a moving underwater vehicle[J]. Journal of Fluids Engineering, 2018, 140(4): 041103.
[8] Ma Guihui, Chen Fu, Yu Jianyang*, Song Yanping, Mu Zenan. Effect of pressure-equalizing film on hydrodynamic characteristics and trajectory stability of an underwater vehicle with injection through one or two rows of venting holes[J]. Journal of Fluids Engineering, 2018, 140(9): 091103.
[7] Ma Guihui, Chen Fu, Yu Jianyang*. Effect of hole-to-hole spacing and row-to-row spacing as well as inclined angle of venting holes on the pressure-equalizing film along the surface of a vertical launched underwater vehicle. Proceedings of the 10th International Symposium on Cavitation (CAV2018), ASME Press, 2018, 326-331.
[6] Ma Guihui, Chen Fu, Yu Jianyang*. Effect of number of rows of venting holes on flow around an underwater vehicle with pressure-equalizing exhaust[J].Journal of Engineering Thermophysics, 2018, 39(9): 1945-1951.
2017:
[5] Chen Fu, Ma Guihui, Quan Xiaobo, Jiang Shuai.Discuss of mathematical methods for uncertainty quantification in motion process of vertical launched underwater vehicle[J]. Astronautical systems engineering technology, 2017, 1(4): 65-72.
2016:
[4] Chen Fu*, Ma Guihui, Yu Jianyang, Jiang Shuai. Effect of exhaust angle on evolutionary and flow characteristics of pressure-equalizing film on surface of underwater Vehicle[J]. Journal of Ship Mechanics, 2016, 20(2): 1495-1512.
[3] Chen Fu*, Ma Guihui, Chen Shaohua, Jiang Shuai. Effect of straight or inclined hole exhaust on flow around underwater vehicle: Part 1-flow field structure[J]. Journal of Engineering Thermophysics, 2016, (03): 507-513.
[2] Chen Fu*, Ma Guihui, Bao Wenchun, Jiang Shuai. Effect of straight or inclined hole exhaust on flow around underwater vehicle: Part 2-hydrodynamic characteristics[J]. Journal of Engineering Thermophysics, 2016, 37(9): 1845-1849.
[1] Ma Guihui, Chen Fu, Yu Jianyang*. Study on the influence of the change of hole spacing on the flow characteristics of the vehicle with equal pressure exhaust[C]. Abstracts of the 9th National Conference on Fluid Mechanics, Fluid Mechanics Committee of Chinese Society of Mechanics, Chinese society of theoretical and applied mechanics, 2016:112.
