The 2026 International Symposium on Dynamics and Mechanical Engineering (ISDME 2026) had been successfully held on April 10-12, 2026 in Zhengzhou, China !!

The 2026 International Symposium on Dynamics and Mechanical Engineering (ISDME 2026) was successfully held in Zhengzhou from April 10 to 12, 2026. Hosted by Huanghe Science and Technology University and co-organized by AEIC Academic Exchange Center, with academic support from theChinese Journal of Applied Mechanics and Princess Sumaya University for Technology, the symposium focused on the frontiers of dynamics theory and mechanical engineering. It brought together more than 120 experts, scholars, engineering technicians, and young researchers from universities, research institutes, and enterprises at home and abroad, building a high-level and international academic dialogue platform, and injecting strong momentum into the innovative development of dynamics and mechanical engineering as well as industry-academia-research collaboration.

On the morning of April 11, the symposium officially opened at the New Craftsman Lecture Hall of the South Campus of Huanghe Science and Technology University. Prof. Zeng Qiuju, Deputy Secretary of the Party Committee of the Faculty of Engineering of Huanghe Science and Technology University, attended the opening ceremony and delivered a welcome speech. On behalf of the university, she extended a warm welcome to all the guests and introduced the university's history, discipline construction, and research achievements. She emphasized that Huanghe Science and Technology University has always adhered to high-quality development guided by Party building, focusing on the cultivation of applied talents and the deep integration of industry, academia, and research. In the future, the university will continue to build bridges for international academic exchange and contribute to talent cultivation, technological innovation, and achievement transformation in the field of dynamics and mechanical engineering. After the opening ceremony, all the guests took a group photo to capture the wonderful moment of this international academic event.

The keynote speech session was the core highlight of the symposium. A number of top experts and scholars from home and abroad shared cutting-edge academic achievements and presented the latest research results and development trends in the field.

Prof. Zhixin Wang from Shanghai Jiao Tong University delivered a keynote speech entitled"Key Technologies and New Progress of Regional Integrated Energy Systems", in which he made an in-depth analysis of the multi-energy-flow coupling, multi-agent interaction, benefit evaluation, and optimized operation mechanisms of regional integrated energy systems under the background of high-penetration renewable energy integration.

Prof. Alam Md. Mahbub from Harbin Institute of Technology presented his research on the kinematics and hydrodynamics of asymmetric fin-tail movements, revealing the hydrodynamic mechanisms of efficient fish swimming and providing new bionic ideas for the development of underwater propellers and marine energy equipment.

Prof. Hui Li from Northeastern University focused on the mechanical properties of protective coatings for aerospace thin-walled structures, and shared testing and analysis techniques for structural vibration, impact, and high-temperature loads under extreme working conditions.

Prof. Jianwei Lu from Hefei University of Technology discussed the time-delay dynamic behavior and control strategies of intelligent vehicles, addressing the time-delay challenges in the perception, decision-making, and execution processes of intelligent driving systems.

Prof. Jinlu Yu from Air Force Engineering University shared plasma-enhanced combustion technology for aero-engines and proposed novel plasma ignition and combustion enhancement solutions.

Prof. Feng Wu from Dalian University of Technology gave a presentation on safety and reliability analysis for the design, operation, and maintenance of complex equipment. Based on the symplectic algorithm, he broke through the bottlenecks of traditional mechanical analysis and achieved efficient and accurate computation under multi-physical fields, multi-scale, and uncertain conditions.

In addition, Prof. Xiaofei Xie, Assoc. Prof. Dingcheng Yang, and Assoc. Prof. Hanfang Feng from Huanghe Science and Technology University delivered presentations on photocatalytic green synthesis, anode materials for ion batteries, and nickel-cobalt bimetallic supercapacitors respectively, demonstrating the university's research strength in new energy materials, advanced manufacturing, and green chemical engineering, as well as the innovative vitality of its young talents, injecting fresh blood into discipline development.

In the afternoon oral presentation session, young researchers from Zhengzhou University of Light Industry, Soochow University, Nanjing University of Aeronautics and Astronautics, Air Force Engineering University, and other institutions delivered presentations closely related to engineering practice, combining theoretical depth with application value. The participants actively interacted, exchanged academic views, and sparked innovative ideas, creating a strong academic atmosphere on site.

The successful holding of this symposium has not only built an international academic exchange platform in the field of dynamics and mechanical engineering, but also promoted the connection of domestic and international research resources, industry-academia-research collaborative innovation, and talent exchange and cooperation. Meanwhile, the conference fully demonstrated the strength and academic influence of Huanghe Science and Technology University among private universities. With the successful conclusion of the symposium, the academic achievements and consensus of ISDME 2026 will continue to be transformed into momentum for industry development. In the future, Huanghe Science and Technology University will continue to devote itself to the field of dynamics and mechanical engineering, deepen international cooperation and industry-education integration, strengthen collaborative innovation, promote the transformation of achievements, and contribute greater efforts to promoting theoretical innovation in dynamics, breaking through key technologies in mechanical engineering, and facilitating the transformation and application of research achievements.