2024 3nd International Conference on Acoustics, Fluid Mechanics and Engineering
第二届声学，流体力学与工程国际学术会议（AFME 2024）
On November 9, 2024, the 3rd International Conference on Acoustics, Fluid Mechanics, and Engineering (AFME 2024), supported by the Shanghai Jiao Tong University Computational Marine Hydrodynamics Laboratory (SJTU CMHL) and hosted by the Academic Information Exchange Center (AEIC), successfully convened in Hangzhou, Zhejiang Province. The conference pooled academic researchers and industry professionals to share and discuss the latest advancements in the fields of acoustics, fluid mechanics, and engineering.
2024年11月9日，由上海交通大学船海工程计算水动力学中心支持，AEIC学术交流中心主办的第三届声学，流体力学与工程国际学术会议（AFME 2024）在浙江杭州顺利召开。会议汇聚了学术研究人员和从业人员，共同分享和交流声学，流体力学与工程领域的最新发展！
Group Photo/大合照
During the opening ceremony, Professor Decheng Wan, Director of the SJTU CMHL, Distinguished Professor of the Chang Jiang Scholars Progam, Shanghai Eastern Scholar (Tracking Program), Principal Investigator of National Key Research and Development Programs of China, Outstanding Talent of the New Century supported by the Ministry of Education, Shanghai Outstanding Academic Leader, Shanghai Pujiang Talent, and Adjunct Professor at the University of Strathclyde (UK), Zhejiang University, and Dalian University of Technology, delivered an opening speech on behalf of the organizing committee and congratulated the conference on its successful convening.
在大会开幕式上，上海交通大学船海工程计算水动力学中心(CMHL)主任、长江学者特聘教授、上海东方学者(跟踪计划)特聘教授、国家重点研发计划项目首席科学家、教育部新世纪优秀人才、上海市优秀学术带头人、上海浦江人才、英国University of Strathclyde兼职教授、浙江大学兼任教授、大连理工大学兼职教授万德成教授代表大会组委发表开幕致辞，并对大会的顺利召开表示祝贺。
万德成教授发表致辞
The conference featured keynote presentations by renowned domestic experts and scholars. Firstly, Professor Liang Yu from Northwestern Polytechnical University presented a report titled “Advanced Acoustic Testing Techniques for Aerospace Machinery Equipment,” showcasing cutting-edge achievements in the field of acoustic testing for aerospace machinery.
本次会议邀请了国内知名专家和学者进行主题报告。首先是来自西北工业大学的余亮教授带来了题为“航空机械装备先进声学测试技术的报告”，展示了航空机械装备声学测试方面的前沿成果。
Keynote Speeches/主讲报告
Prof. Liang Yu, Northwestern Polytechnical University
余亮，教授，西北工业大学
题目：航空机械装备先进声学测试技术
Title: Advanced Acoustic Testing Techniques for Aviation Mechanical Equipment
Following Professor Liang Yu’s presentation, Conference Chair Decheng Wan presented him with an Honorary Certificate.
余亮教授的报告结束后，大会主席万德成教授为其颁发大会荣誉证书。
大会主席万德成为余亮教授颁奖
Subsequently, Associate Professor Pan Gao from Shanghai Maritime University delivered a report titled “Numerical Simulation Study on Aerodynamic Performance of Rotor Sails with Pit Surfaces,” providing attendees with in-depth insights into numerical simulations of rotor sail aerodynamic performance.
接着，上海海事大学的高攀副教授进行报告，其报告题目为“表面带凹坑转子风帆空气动力学性能的数值模拟研究”，为与会者提供了关于转子风帆空气动力学性能数值模拟的深入见解。
Assoc. Prof. Pan Gao, Shanghai Maritime University
高攀，副教授，上海海事大学
题目：表面带凹坑转子风帆空气动力学性能的数值模拟研究
Title: Numerical Study on the Performance of a Novel Rotor Sail with Dimples
In the wake of Associate Professor Pan Gao’s presentation, Conference Chair Wan presented him with an Honorary Certificate.
高攀副教授的报告结束后，大会主席万德成教授为其颁发大会荣誉证书。
大会主席万德成为高攀副教授颁奖
Subsequently, a report was given on behalf of Professor Minqing Wang from Northwestern Polytechnical University by his student, Yinling Li. The report was titled “Vibration Characteristics of Time-Varying Stiffness Oscillator Systems Based on the Finite Difference Method,” providing a fresh perspective on the vibration characteristics of oscillator systems through detailed elaboration.
然后，西北工业大学的王敏庆教授（学生李银玲代）进行大会报告，他的报告题目是“基于有限差分法的时变刚度振子系统的振动特性”，通过详细的阐述让大家对振子系统的振动特性有了新的认识。
Prof. Minqing Wang (Student Yinling Li), Northwestern Polytechnical University
王敏庆，教授（学生李银玲代），西北工业大学
题目：基于有限差分法的时变刚度振子系统的振动特性
Title: Vibration Characteristics of the Time-Dependent Stiffness Oscillator System Based on Finite Difference Method
Following student Yinling Li’s presentation, Conference Chair Wan presented her with an Honorary Certificate.
学生李银玲的报告结束后，大会主席万德成教授为其颁发大会荣誉证书。
大会主席万德成为学生李银玲颁奖
Next up is Researcher Haiqiang Niu from the Institute of Acoustics of the Chinese Academy of Sciences (CAS), with a presentation titled “Underwater Acoustic Source Localization Using Machine Learning,” showcasing research that introduces machine learning techniques into the field of underwater acoustic source localization.
接下来是，来自中国科学院声学研究所的牛海强研究员，他的报告题目是“Underwater Acoustic Source Localization Using Machine Learning”，向我们展示了将机器学习技术引入水下声源定位领域的研究成果。
Researcher Haiqiang Niu, The Institute of Acoustics of the Chinese Academy of Sciences
牛海强，研究院，中国科学院声学研究所
题目：Underwater acoustic source localization using machine learning
Following Researcher Haiqiang Niu’s presentation, Conference Chair Wan presented him with an Honorary Certificate.
牛海强研究院的报告结束后，大会主席万德成教授为其颁发大会荣誉证书。
大会主席万德成为学生牛海强研究员颁奖
Lastly, Associate Professor Xiaolei Li from Ocean University of China presents on “Estimation of Normal Modal Parameters for Ocean Acoustics,” offering new insights into the estimation of normal modal parameters in ocean acoustics.
最后，中国海洋大学的李小雷副教授，以“Estimation of Normal Modal Parameters for Ocean Acoustics”为题进行报告，为海洋声学的正常模态参数估计方面提供了新的思路。
Assoc.Prof. Xiaolei Li, The Ocean University of China
李小雷，副教授，中国海洋大学
题目：Estimation of normal modal parameters for ocean acoustics
Following Associate Professor Xiaolei Li’s presentation, Researcher Haiqiang Niu from the Institute of Acoustics of CAS presented him with an Honorary Certificate.
李小雷副教授的报告结束后，中国科学院声学研究所牛海强研究员为其颁发大会荣誉证书。
中国科学院声学研究所牛海强研究员为李小雷副教授颁奖
During the oral presentation sessions, scholars from Huazhong University of Science and Technology, Central South University, Shanghai Maritime University, Shanghai University, Nanjing University of Science and Technology, China Jiliang University, and other institutions presented their latest research in acoustics, fluid mechanics, and engineering.
在口头汇报环节中，来自华中科技大学、中南大学、上海海事大学、上海大学、南京理工大学、中国计量大学等高校的学者纷纷进行报告展示，分别分享了声学，流体力学与工程领域的最新研究。
Oral Presentations/口头报告
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Zetao Wang, Ningbo University of Technology (Left）王泽涛，宁波工程学院（左）
题目：超临界二氧化碳离心压缩机的流动特性与相变分析
Title: Flow Characteristics and Phase Transition Analysis of a Supercritical Carbon Dioxide Centrifugal Compressor
Jiabo Li, Nanjing University of Science and Technology (Right）李佳博，南京理工大学（右）
题目：封闭空间内爆轰瞬态流场演化特性的数值模拟研究
Title: Numerical Investigation on Characteristics of the Evolution of Transient Flow Field During the Process of Detonation in Enclosed Spaces
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Xiaojiang Gu, Huazhong University of Science and Technology (Left）顾小江，华中科技大学（左）
题目：混流风扇内部流场的实验研究
Title: Experimental Study of the Velocity Field in a Mixed-flow Fan
Abdallah A. Elsherbiny, Shanghai University/Mansoura University (Right）Abdallah A. Elsherbiny，上海大学/曼苏拉大学（右）
题目：赤铁矿还原过程的综合三维方法:三步随机孔隙模型与CFD方法的集成
Title: A Comprehensive 3D Approach to the Hematite Reduction Process: Integrating a Three-Step Random Pore Model and CFD Method
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Dejin Qiu, Shanghai University (Left）仇德金，上海大学（左）
题目：基于欧拉-拉格朗日方法的直接接触式锌蒸气冷凝器设计优化
Title: Optimization of Direct-Contact Condenser Design for Zinc Vapor Recovery Based on the Euler-Lagrange Approach
Jiachen Liu, China Jiliang University (Right）刘嘉琛，中国计量大学（右）
题目：基于分流扬声器阵列的低频宽带吸声研究
Title: Study on Low-frequency Broadband Sound Absorption Based on an Array of Shunt Loudspeakers
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题目：基于气动减阻方案的高速列车横风适应性研究
Title: A Study on the Crosswind Adaptability of High-Speed Trains Based on Aerodynamic Drag Reduction Solutions
Conference Site/会议现场
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This conference covered various fields, including linear acoustics, acoustic materials, hydrodynamics, and engineering fluid mechanics, providing a platform for participants to showcase interdisciplinary academic achievements. During the conference, delegates actively exchanged ideas, shared research results, and jointly promoted the development of acoustics, fluid mechanics, and engineering.
本次会议涵盖了线性声学、声学材料、水动力学、工程流体力学等多个领域，为参会人员提供一个跨学科学术成果展示的平台。会议期间，与会代表积极交流，分享研究成果，共同推进声学，流体力学与工程领域发展。
Upon the successful conclusion of all scheduled sessions, the 3rd International Conference on Acoustics, Fluid Mechanics and Engineering (AFME 2024) drew to a close. We eagerly anticipate AFME 2024 and continue to join together to advance the development of acoustics, fluid mechanics, and related engineering endeavors!
至此，第三届声学，流体力学与工程国际学术会议（AFME 2024）圆满落幕。让我们共同期待下一届会议的召开，继续携手推动声学、流体力学与相关工程事业的发展！