• 2026考研英語全程班 6班
• 2027考研全科上岸規劃營「擇校▪規劃▪備考」
• 華中科技大學2026考研專業課復習資料「真題▪筆記▪講義▪題庫」

個人基本情況

姓名：劉銀水

電話：027-87558294

職稱：教授

郵箱：liuwater@hust.edu.cn

劉銀水(Liu Yinshui, Professor)，男，1973年10月生，江西省九江市都昌縣人，華中科技大學機械科學與工程學院流體動力控制工程系教授，博士生導師。

及“十三五”國家重點出版物出版規劃項目;獲中國、美、日、歐盟專利32項。

獲湖北省技術發明一等獎1項(排名第一)，國防科技進步二等獎1項，中國船舶重工集團公司公司科技一等獎1項。指導的畢業生獲湖北省優秀博士論文1次，入選“全國海洋領域優秀科技青年”1人。

主要研究方向

1. 水液壓傳動技術基礎理論及元件研究

2. 艦船特種水液壓元器件

3. 深海作業技術

4. 細水霧技術及應用

5. 電液控制工程

開設課程

本科生課程：《液壓與氣壓傳動》 《電液控制技術》

研究生課程：《水液壓技術》 《電液工程現代設計理論與方法》 《先進制造工程學》

近年的科研項目、專著與論文、專利、獲獎科研項目：

[1] 國家重點研發計劃項目：***海水泵關鍵技術研究(2016YFC0304800)(2016~2020)

[2] 國家重點研發計劃項目子課題：全海深載人潛水器可調壓載技術研究(2016YFC0300602)(2016~2020)

[3] 國家重點研發計劃項目子課題：蛟龍號可調壓載系統升級(2017YFC0306602)(2017~2020)

[4] 國家自然科學基金項目：全水液壓驅動壓鑄機壓射控制關鍵技術研究(No.51575200)(2016~2019)

[5] 國家科技支撐計劃子課題：深海打撈往復型專用作業工具及動力源的研制(2014BAB12B06-02)(2014~2017)

[6] 國防配套項目：細水霧隱身技術研究

[7] 國防配套項目：微型高壓氣泵關鍵技術研究

專 著：

[1] 劉銀水. 水液壓技術基礎及工程應用. 機械工業出版社，2013

[2] 劉銀水，許福玲. 液壓與氣壓傳動. 機械工業出版社，2017

[3] 劉銀水，陳堯明. 液壓與氣壓傳動學習指導與習題集. 機械工業出版社，2017

期刊論文：

[1] X He, B, Zhu, Y Liu and Z Jiang. Study on a seawater hydraulic piston pump with check valves for underwater tools. Proc. IMechE, Part A, Journal of Power and Energy. Vol. 226, No. 1, 2012, 151-160

[2] Liu Yinshui, Jiang Zhuo, Wang Dan, Li Xiaohui. Experimental research on the water mist fire suppression performance in an enclosed space by changing the characteristics of nozzles. Experimental Thermal and Fluid Science. 52.2014, pp.174-181

[3] Jiang Zhuo, Liu Yinshui*, Zhao Xufeng, Fang Wudi. A portable piston-type water mist fire extinguisher for spacecraft. Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering, v 229, n 1, Feb., 2015:52-63

[4] Yinshui Liu, Xufeng Zhao, Defa Wu, Donglin Li and Xiaohui Li. Study on the control methods of a water hydraulic variable ballast system for submersible vehicles[J], Ocean Engineering, 2015, 108:648-661

[5] Xufeng Zhao, Yinshui Liu*, Han Mingxing, Wu Defa, Li Donglin. Improving the performance of an AUV hovering system by introducing low-cost flow rate control into water hydraulic variable ballast system. Ocean Engineering, 2016, 125:155-169

[6] Defa Wu, Yinshui Liu*, Shudong Yang, Zheng Yang, Hui Tang. Friction and wear characteristics of WC-10Co-4Cr/Si3N4 tribopair lubricated under silt-laden water. Wear 294~295,2012, 370~379

[7] Defa Wu, Yinshui Liu*, Donglin Li, Xufeng Zhao and Xiaojun Ren. The applicability of WC–10Co–4Cr/Si3N4 tribopair to the different natural waters[J], International Journal of Refractory Metals and Hard Materials, 54, 2016:19-26

[8] Wu Defa, Liu Yinshui*, Zhao Xufeng, Li Donglin, Ren Xiaojun. The Tribological Behaviors of Different Mass Ratio Al2O3-TiO2 Coatings in Water Lubrication Sliding against Si3N4. Tribology Transactions. 2016, 59:352-362.

[9] Wu Defa, Liu Yinshui*, Li Donglin, Zhao Xufeng, Liu Yong. Tribo-corrosion properties of WC-10Co-4Cr coating in natural silt-laden waters when sliding against Si3N4. International Journal of Refractory Metals and Hard Materials. 2016, 58:143-51.

[10] Defa Wu, Yinshui Liu*, Donglin Li, Xufeng Zhao, Chao Li, Effects of materials on the noise of water hydraulic pump used in submersible. Ocean Engineering. 2017,131:107-113

[11] Jian Liang, Xiaohui Luo, Yinshui Liu, Xiwen Li, Tielin Shi. A numerical investigation in effects of inlet pressure fluctuations on the flow and cavitation characteristics inside water hydraulic poppet valves. International Journal of Heat and Mass Transfer, 2016, 103:684-700

[12] Weicai Quan, Yinshui Liu*, Zhuying Zhang, Xiaohui Li, Chengqiang Liu. Scale model test of a semi-active heave compensation system for deep-sea tethered ROVs. Ocean Engineering, 2016, 126:353-363

[13] Weicai Quan, Yinshui Liu*, Aiqun Zhang, Xufeng Zhao, Xiaohui Li. The nonlinear finite element modeling and performance analysis of the passive heave compensation system for the Scale model test of a semi-active heave compensation system for deep-sea tethered ROVs. Ocean Engineering, 2016, 127:246-257

[14] Liu Yinshui, Ren Xiaojun, Wu Defa, Li Donglin, Li Xiaohui. Simulation and analysis of a seawater hydraulic relief valve in deep-sea environment [J], Ocean Engineering, 2016, 125:182-190

[15] Shi WJ, Luo XH, Zhang ZT, Liu YS, Lu WL. Influence of external load on the frictional characterisitics of rotary using a molecular dynamics approach. Computational Materials Science, 2016, 122:201~209

[16] Mingxing Han, Yinshui Liu*, Defa Wu, Xufeng, Zhao, Huaijiang Tan. A numerical investigation in characteristics of flow force under cavitation sate inside the water hydraulic poppet valves. International Journal of Heat and Mass Transfer, 2017, 111:1-16

[17] Chengqiang Liu, Yinshui Liu. Electro-Hydraulic Servo Plate-inclined plunger hydraulic transformer. IEEE Access, 2016, 126:353-363

[18] Liu Yinshui, Li Donglin, Tang Zhenyu, Deng Yipan and Wu Defa. Thermodynamic modeling, simulation and experiments of a water hydraulic piston pump in water hydraulic variable ballast system[J], Ocean Engineering, 2017, 138:35-44

[19] 劉銀水，吳德發，李東林，趙旭峰等. 海水液壓技術在深海裝備中的應用，機械工程學報,2014, 50(2):28~35

[20] 劉銀水，吳德發，李東林，趙旭峰. 大深度潛水器海水浮力調節技術研究進展. 液壓與氣動, 2014(10), 1~10

會議論文：

[21] Wu Defa, Liu Yinshui*, Li Donglin, Deng Yipan, Liu Yong. Study on silt contamination properties of natural waters used as pressure medium. Proceedings of 2015 International Conference on Fluid Power and Mechtronics-FPM2015, Harbin, PRC, Aug 5-7, 2015:639-642

[22] Zhao XuFeng, Li Xiaohui, Li Chao, Quan Weicai, Liu Yinshui*. Theoretical study and optimization of a CNG fueling sub-station compressor driven by linear motor. Proceedings of 2015 International Conference on Fluid Power and Mechtronics-FPM2015, Harbin, PRC, Aug 5-7, 2015:950-955

[23] Han Mingxing, Liu Yinshui*, Li Donglin, Deng Yipan, Li Jun. Optimal design of a small high temperature and high pressure spool valve for oil exploration. Proceedings of 2015 International Conference on Fluid Power and Mechtronics-FPM2015, Harbin, PRC, Aug 5-7, 2015:990-996

授權發明：

[1] 劉銀水，呉德発，など，プランジャー式水ポンプ ，特許第5519082號，日本發明專利

[2] Liu Yinshui, Wu Defa, et al., Plunger Type Water Pump, US8696337B2，美國發明專利

[3] Liu Yinshui, Wu Defa, et al., Plunger Water Pump, EP2497949B1 歐盟發明專利

[4] 劉銀水;韓明興;吳德發;李東林;趙旭峰;鄧亦攀;羅剛;李曉暉. 一種端面密封型轉閥 ZL201410589311.6

[5] 李曉暉;胡浩龍;劉銀水;楊曙東;杜廣杰;李東林;全偉才. 一種輸出力雙向可調的快速油缸ZL201410432750.6

[6] 劉銀水;王丹;吳德發;李東林;趙旭峰;楊曙東;李曉暉. 一種雙阻尼直動式水壓溢流閥 ZL 201410295695.0

[7] 劉銀水;韓明興;吳德發;李東林;趙旭峰;鄧亦攀;李曉暉. 一種電控組合式滑閥 ZL 201410495674.3

[8] 劉銀水;孫曉浩;楊曙東;方德魁;李曉輝;李東林;吳德發. 一種帶先導過濾的強制先導式水壓電磁開關閥ZL201410558693.6

[9] 劉銀水;韓明興;吳德發;李東林;趙旭峰;鄧亦攀;李曉暉. 一種電動球閥ZL 201410497472.2

[10] 劉銀水;韓明興;李東林;吳德發;趙旭峰;鄧亦攀;羅剛;楊曙東. 一種平面密封型換向閥 ZL 201410589335.1

[11] 劉銀水;李壯云;湯振宇;吳德發;李東林;楊曙東;李曉暉;孫曉浩;胡浩龍. 可變量全水潤滑軸向柱塞式水泵ZL 201410767562.9

[12] 劉銀水;趙旭峰;吳德發;李東林;韓明興;湯振宇;李凌驛;羅剛. 雙工況自適應直線電機驅動泵及其實現恒流輸出的方ZL 201310483527.X

[13] 劉銀水;唐輝;吳德發;李東林;郭志恒;羅培東. 一種全水潤滑閥配流柱塞水泵ZL 201210171779.4

[14] 吳德發;劉銀水;李東林;方無迪;江濤;唐輝;楊珍. 一種全深度浮力調節海水泵ZL 201210169993.6

[15] 吳德發;劉銀水;李東林;趙旭峰;江濤;湯振宇. 一種多功能潛水器水液壓系統 ZL 201210198744.X

[16] 朱碧海;賀小峰;劉銀水;朱玉泉;何偉.先導型水液壓數字比例方向閥ZL 201110052842.8

[17] 劉銀水;毛旭耀;江濤;李東林;吳德發;楊珍;趙旭峰;方無迪.一種海水電磁閥組.ZL 201210137364.5

[18] 朱碧海;賀小峰;劉銀水;朱玉泉;牛壯;李壯云. 雙斜盤閥配流軸向柱塞式水液壓屏蔽泵.ZL 201010103656.8

[19] 劉銀水;蔣卓;毛旭耀;陳經躍;郭志恒;巴鑫;羅小輝;吳德發;朱玉泉;手提式細水霧滅火器.ZL201110030399.4

[20] 劉銀水;朱碧海;吳德發;姜維;蔣卓;郭志恒;陳經躍; 劉銀水.一種水壓軟纜割刀.ZL 200910272269.4

[21] 劉銀水;吳德發;蔣卓;賀小峰;朱碧海;郭志恒;毛旭耀;陳經躍.一種柱塞式水泵.ZL 201010289272.X

[22] 劉銀水;吳德發;賀小峰;朱碧海;李曉暉;朱玉泉.自補水型閥配流柱塞式超高壓水泵.ZL 201010289304.6

[23] 朱碧海;賀小峰;劉銀水;朱玉泉;吳肖宇.雙斜盤液壓電機柱塞泵ZL 201110076296.1

[24] 劉銀水;蔣卓;吳德發;趙立志;龍雷;郭志恒.一種水壓鏈鋸.ZL 200910272239.3

[25] 劉銀水;郭向陽;吳德發;龍雷;朱碧海;趙立志;蔣卓.一種水壓扭矩扳手.ZL 200910272262.2

[26] 劉銀水;蔣卓;吳德發;劉培峰;趙立志;龍雷.一種水壓擴張器.ZL 200910272240.6

[27] 劉銀水;吳德發;賀小峰;唐群國;曹樹平;郭志恒;毛旭耀.一種阻尼器綜合性能測試裝置.ZL 200910272238.9

[30] 劉銀水;吳德發;趙立志;蔣卓;郭志恒;毛旭耀.一種水壓沖擊扳手.ZL 200910272261.8

[31] 劉銀水;楊友勝;吳珊;賀小峰;李壯云.中高壓先導式水壓減壓閥.ZL 200610125219.X

[32] 朱玉泉;曹樹平;賀小峰;李曉暉;劉銀水;朱碧海;唐群國;胡軍華;黃國勤;羅小輝.柱塞配流軸向柱塞液壓泵.ZL 200810046625.6

[33] 賀小峰;李壯云;朱玉泉;劉銀水;朱碧海.中、高壓直動式水壓溢流閥.ZL 200410013050.X

[34] 劉銀水，鄧亦攀，李東林.一種水潤滑柱塞泵.ZL201510718958.9

獲獎情況:

[1] 湖北省技術發明一等獎：大深度海水液壓元件關鍵技術及應用，2016年，排名第一

[2] 湖北省專利金獎：一種全深度浮力調節海水泵，ZL 201210169993.6，2016年，排名第二

[3] 國防科技進步二等獎：海水液壓動力系統，2004年，排名第八

[4] 中國船舶重工集團公司科技一等獎：***輸送艇平臺技術,2017年,排名11