1、省部级获奖 (1) 燕浩 (3/10),大型高能效耐腐耐磨泵关键技术研究与应用,安徽省科技厅,科技进步奖,一等奖,2020. (2) 燕浩(5/10),复杂环境下大型智能消防灭火装备关键技术研究及工程应用,江苏省科技厅,科技进步奖,二等奖,2022. 2、部分主编国家/行业标准 (1) 于洪昌,巫建波,燕浩,等. 《回转动力泵模型泵水力性能验收试验》GB/Z 43364-2023,国家标准,2023,11. (2) 李跃, 燕浩,王延合,等.《微型喷水推进泵》JB/T 14163-2021,国家机械行业标准,2021,04. (3) 梁海波,蔡明虎,黄志坚,李跃,高明亮,李继明,燕浩,等.《搅拌传动装置轮毂》HG/T 5105-2016,化工行业标准. (4) 何玉杰,梁海波,柴立平,李跃,燕浩,等.《化工用泵名词术语》HG/T 3182-2016,化工行业标准. (5) 何玉杰,杨树东,张杰,柴立平,梁海波,李强,边伟,蔡明虎,李跃,尹来弟,陈先春,谢邦平,燕浩,等.《化工助剂添加装置》 HG/T 5638-2019 (6) 何玉杰,蔡明虎,巫建波,柴立平,梁海波,李跃,燕浩, 等《固体切割泵技术条件》 HG/T 5637-2019 3、部分科研项目 (1) 国家自然科学基金委员会,青年科学基金项目, 51806053,叶片表面耦合仿生的喷泵空化抑制机理研究,2019-01-01 至 2021-12-31,结题,主持 (2) 安徽省教育厅,安徽省高校协同创新项目,GXXT-2019-004,基于智能监测的脱硫脱硝循环泵关键技术研究及示范,2019-11 至 2022-10,结题,主持 (3) 合肥市科技局,合肥市“揭榜挂帅”项目,立项,“零”碳排放低运营成本乡村污水净化设备关键技术及其产业化,2023-01至2025-12,在研,揭榜方主持 (4) 安徽省科技厅,安徽省重点研究与开发项目,201904a05020070,高智能高温高效液力透平余能回收装置关键技术研究,2019-01 至 2021-12,结题,主持 (5) 安徽省科技厅,安徽省重点研究与开发项目,1804a09020012,海洋船舶燃油系统用新型高效螺杆泵关键技术研发,2018-01 至 2020-12,结题,主持 (6) 校企合作,一体化污水处理设备模块化设计及基础数据模型搭建技术研究,2021-10至2022-05,结题,主持 (7) 中央高校基本科研业务费专项资金资助,学术新人提升计划B项目,仿生鱼腮系统主动射流的水力机械空化控制机理研究,JZ2021HGTB0090,2021-03至2022-12,结题,主持 (8) 产学研,专利成果转化,一种仿生翼型叶片,2021-10,结题,主持 (9) 中央高校基本科研业务费专项资金资助,科技成果培育专项,紧凑型高效化工磁力泵绿色设计关键技术研究及应用IMIPY2022004,2022-07至2024-06,在研,主持 (10) 产学研,流体机械(泵)在线监测系统研发,2019010461, 2019-09至2020-07,结题,主持 (11) 产学研,城轨车辆粘接结构件拆卸工艺效率提升研究,2021/05-2022/10,在研,主持 (12) 产学研,75kW重型衬氟磁力泵内外磁钢结构及转子系统优化设计,2024/01-2025/12,在研,主持 4、部分高水平SCI检索论文 (1) Hao Yan, Xiaozhen Su, Haozhou Zhang, Jianwei Hang, Ling Zhou, Zhifeng Liu, Zhujiang Wang. Design approach and hydrodynamic characteristics of a novel bionic airfoil [J]. Ocean Engineering, 216 (2020) 108076. (中科院 TOP期刊) (2) Hao Yan, Haozhou Zhang, Yishan Zeng, Ling Zhou#, et al. Lift-drag characteristics and unsteady cavitating flow of bionic hydrofoil [J]. Ocean Engineering, 225 (2021)108821. (中科院 TOP期刊) (3) Yan Hao, Su Xiaozhen#, Shi Haixia, et al. Analysis and optimisation of unsteady flow in a doublesuction centrifugal pump for a cooling-water supply system in a nuclear reactor[J]. Journal of Thermal Science, 2020,29(6):1606-1616. (4) Hao Yan, Chao Yu#, Liping Chai, et al. Design and investigation of the hydraulic performance of bionic hydrofoil based on the geometric features of sturgeons[J]. Dyna,2019,Vol. 94(3) :278-285. (5) Yan, Hao; Wang, Yiran#; Shi, Haixia, et al. Solid-Liquid Flow Of Axial Flow Pump In Loop Reactor And Operating Control With Single Invert[J]. International Journal of Simulation Modelling, 2019,18(3):464-475. (6) Yan Hao#, Li Qiang, Zhang Yu., Shi Haixia,Valentina Vnenkovskaia. Optimization of cavitating flow characteristics on RBSS of waterjet pumps [J]. International Journal of Simulation Modelling, 2018,17(2):271-283. (7) Hao YAN#, Qiang LI, Liang CHEN, Yu ZHANG, Jaini RAGHU.Influence of the Openness of Inlet One-way Valve on the Flow Characteristics in Series-Parallel Centrifugal Pumps[J]. Tehnicki Vjesnik-Technical Gazette, 2018, 25(6):1-13. (8) Li Q, Yan H.#, Shi H. X., et al.Simulation of Non-Overload Characteristics of Serial-Parallel Centrifugal Pumps[J]. International Journal of Simulation Modelling, 2016,15(4), pp 688-698. (9) Wang Fei, Yan Hao#, Zeng Yishan , et al. Design of a novel flat-cloth airway in powder tank based on Taguchi optimization[J].Proceedings of the Institution of Mechanical Engineers Part C-Journal of Mechanical Engineering Science 1989-1996 (vols 203-210), 2021. (10) Fei Wang, Hao Yan#, Yishan Zeng, et al. Design optimization of a fluidized bed with a novel air chamber using the CFD-Taguchi method[J]. Proceedings of the Institution of Mechanical Engineers Part C-Journal of Mechanical Engineering Science. 2022, 236(5) 2284–2297. (11) Yan Hao, Zhang Haozhou#, Wang Junhua, Song Tianya, and Qi fenglei. The Leading-Edge Structure Based on Geometric Bionics Affects the Transient Cavitating Flow and Vortex Evolution of Hydrofoils[J].Frontiers in Energy Research. 2022,9:821925. . (12) Hao Yan, Jian Li#, Min Wu, Chuanliu Xie, Changhai Liu, Fenglei Qi.Study on the influence of active jet parameters on the cavitation performance of Clark-Y hydrofoil[J].Ocean Engineering, 261 (2022)111900. (中科院 TOP期刊) (13) Hao Yan, Shisong Liu#, Fei Wang, Wei Xu, Jian Li, Tengzhou Xie, Yishan Zeng. Optimization Design of Velocity Distribution in the Airways of the Fluidized Bed Based on CFD and Taguchi Algorithm[J].Atmosphere 2022,13, 1513. (14) Hao Yan, Haozhou Zhang#, Ling Zhou, Zhifeng Liu, Yishan Zeng. Optimization design of the unsmooth bionic structure of a hydrofoil leading edge based on the Grey-Taguchi method[J].Proceedings of the Institution of Mechanical Engineers Part M-Journal of Engineering for the Maritime Environment, 2023.237 (4) :971-985. (15) Wang Fei, Zeng Yishan, Yan Hao#.The Effect of the Porous Distributor Medium on Fluidization Characteristics in Fluidized Bed using CFD-DEM simulation[J]. Particuology, 87 (2024) 54-73. (16) Jiaqiu Ai*, Zheng Qu, Zhicheng Zhao,Yong Zhang, Jun Shi, Hao Yan*. A SAR Target Classification Algorithm based on the Central Coordinate Attention Module, IEEE Sensors Journal, online (中科院 TOP期刊) (17) Jiaqiu Ai*, Shaofan Hou, Mingyang Wu, Bin Chen, Hao Yan*. MPGSE-D-LinkNet: Multiple-Parameters-Guided Squeeze-and-Excitation Integrated D-LinkNet for Road Extraction in Remote Sensing Imagery, IEEE Geoscience and Remote Sensing Letters, 2023, 20:5508205. (18) Jian Li, Hao Yan*, Fei Wang. Suppression of hydrofoil unsteady cavitation by periodic jets based on fish gill respiration, Ocean Engineering, 293 (2024) 116584. (中科院 TOP期刊) (19) Hao Yan, Tengzhou Xie*, Fei Wang, Yishan Zeng, Jiaqiu Ai.Effect of Biomimetic Fish Scale Structure on the Drag Reduction Performance of Clark-Y Hydrofoil, Proceedings of the Institution of Mechanical Engineers Part M-Journal of Engineering for the Maritime Environment, online,2024. (20) Hao Yan, Tengzhou Xie*, Ling Zhou, Jinchaun Fan, Xinyue Dai. Effect of Biomimetic Fish Scale Structure on the Drag Reduction Performance of Clark-Y Hydrofoil, Physics of Fluids, Accept,2024.(中科院 TOP期刊) 5、部分授权发明专利 (1) Yan Hao, Li qiang, Su Xiaozhen, Zhang Yu, Chen Liang, Chai Liping, Shi Haixia. Method for designing an impeller with a small hub-tip ratio and Arim-driven pump obtained by the method, 2022, PCT, US,US 11,215,189 B2 (2) Wanzheng Ma, Zhongfang Li, Hao Yan, Xin Xiao, Xiaoliang Li, Chunyu Zhang, Qiang Li, Yinhu Qiao. System and method for diagnosing state fault of desulfurization and denitration circulating pump,澳大利亚国际专利,20200193 (3) 燕浩,张浩舟,陈亮,李强,王秀礼,石海峡,夏巍,一种仿生翼型叶片,发明专利,ZL 2019104471355 (4) 燕浩,李强,柴立平,石海峡,余超,张羽,一种具有小轮毂比叶轮的磁驱动喷水推进泵,发明专利,ZL 2018116469370 (5) 燕浩,李强,陈亮,张羽,陶泽源,一种微型风力发电叶片以及使用该发电叶片的发电机,发明专利,ZL 2018113150039 (6) 燕浩,柴立平,张羽,苏晓珍,李强,石海峡,一种小轮毂比叶轮的设计方法,2020/12/18,中国,ZL 201811646954.4 (7) 燕浩,苏晓珍,曾亿山,周岭,许伟,王飞,一种改进型气室及使用该改进型气室的粉罐车,2021/04/02,中国,ZL 202010331680.0 (8) 燕浩,曾亿山,孟剑,张浩舟,苏晓珍,周岭,改进型粉罐车,2021/04/02,中国,ZL 202010331707.6 (9) 燕浩,李健,苏晓珍,刘世松,曾亿山,陈亮,胡敏,高文智,刘常海,一种均匀排布的液罐车轻质化防浪板结构及其运输罐,2022/04/13,ZL202011638148.X (10) 燕浩,李健,苏晓珍,刘世松,曾亿山,陈亮,胡敏,高文智,刘常海,一种改进型液罐车防浪板结构及其运输罐,2022/05/06,ZL202011638191.6 (11) 刘世松,燕浩,苏晓珍,李健,曾亿山,陈亮,胡敏,高文智,一种疏密排布的液罐车轻质化防浪板结构及其运输罐,2022/05/18,ZL202011638146.0 (12) 燕浩,苏晓珍,周岭,曾亿山,王飞,许伟,一种改进型流化床及使用该改进型流化床的粉罐车,2022/05/25,ZL2020103322125 (13) 燕浩,李强,张浩舟,陈亮,王秀礼,夏巍,石海峡,一种仿生翼型叶片的设计方法,2022/07/04,ZL201910447256.X (14) 王飞,燕浩,曾亿山,苏晓珍,王渭,吴尖斌,一种改善绕水翼空化流动的主动射流结构,2022/08/18,ZL201910447256.X (15) 燕浩,曾亿山,王飞,刘世松,李健,高文智,胡敏,刘常海,一种控制涡流改善性能的轴流泵,2022/11/16,ZL202110471668.4 (16) 燕浩; 石海峡; 柴立平; 李跃; 李强; 曹远洋,一种用于测量流道内流体流向的检测装置,2023/03/17, ZL 201710541253.3. (17) 燕浩; 李强; 柴业郡; 李跃; 夏胜生, 一种提高抗汽蚀性能的轴流泵叶轮,2023/04/20, ZL201710294309.X (18) 燕浩;柴立平; 李跃; 潘耀东; 石海峡; 李强; 俞嘉枫,一种用于离心泵的密封口环,2023/04/17, ZL201710355569.3. (21)燕浩;柴立平;李跃;潘耀东;石海峡;李强;黄鑫;俞嘉枫.一种用于减少泄漏的易安装口环, 2023/10/13, ZL 2017 1 0355574.4 (19) 王飞;燕浩;曾亿山;苏晓珍;王渭;吴尖斌;一种具有主动射流结构的翼型,2023/12/19,ZL 2021 1 0471695.1 (20) 燕浩;陈亮; 苏晓珍; 曾亿山; 王飞; 王渭; 吴尖斌; 闵玉春.一种改进型减小分离涡抗空化阀门2023/12/15,ZL 202110471911.2. 6、主编教材 (1) 燕浩,苏晓珍,张晨,等. 画法几何及机械制图[M],武汉大学出版社,湖北:武汉,2018-03. (2) 燕浩,苏晓珍,张晨,等. 画法几何及机械制图习题集[M],武汉大学出版社,湖北:武汉,2018-03 (3) 曾亿山,郭永存,张立祥,高文智,燕浩,夏永胜. 流体力学[M],伟德BETVLCTOR1946始于英国出版社,安徽:合肥,2021-11 7、部分毕业学生毕业情况 (1)2019级 张** 国家奖学金获得者、省级优秀毕业生、校级优秀毕业生 四川大学攻读博士 (2)2019级 王* 国家奖学金获得者、省级优秀毕业生、校级优秀毕业生伟德BETVLCTOR1946始于英国攻读博士 (3)2018级 李* 国家奖学金获得者、省级优秀毕业生、校级优秀毕业生伟德BETVLCTOR1946始于英国攻读博士 (4)2018级 刘** 就职于安徽合力股份有限公司 (5)2020级 谢** 伟德BETVLCTOR1946始于英国攻读博士
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