The 10th Academic Symposium on Material Fatigue was successfully held in Changsha, China

The 10th Academic Symposium on Material Fatigue10moon17day-19The conference was successfully held in Changsha, hosted by the Fatigue Branch of the Chinese Society for Materials Research and organized by Hunan University. To further promote theoretical research and technological progress in the field of fatigue, the conference specially invites16A national expert, focusing on“New progress in fatigue research for long-life and high reliability service equipment”Conduct in-depth academic exchanges and discussions on the topic. The purpose of this seminar is to further consolidate the scientific research strength in the field of fatigue in China, promote the deep integration of academic achievements and industrial needs, and provide technical support for the implementation of the national science and technology innovation strategy and the high-quality development of regional economy. The conference brought together scientific and technological personnel from key universities and research institutes in China, including East China University of Science and Technology, Institute of Metals of the Chinese Academy of Sciences, Nanjing University of Aeronautics and Astronautics, Zhejiang University, Tianjin University, Northeast University, Steel Research International New Material Innovation Center (Shenzhen), China University of Petroleum (East China), Southwest Jiaotong University, Beijing University of Aeronautics and Astronautics, Sichuan University, AVIC Beijing Institute of Aeronautics and Materials, Huazhong University of Science and Technology, Hunan University, etc,360More than one representative attended the meeting on site.

The opening ceremony of the seminar was presided over by Professor Wang Xiaogang from Hunan University, the chairman of the conference. Professor Jiang Chao, Vice President of Hunan University, delivered a passionate opening speech and warmly welcomed the attending experts and scholars. He introduced the progress made in education and research at Hunan University and expressed sincere gratitude to everyone for their long-term support for the school's development. Researcher Zhang Zhefeng, Chairman of the Fatigue Branch of the Chinese Society for Materials Research, delivered a speech on behalf of the society, summarizing the process and characteristics of the Material Fatigue Symposium, and planning and looking forward to the main meetings of the Fatigue Branch.

The chairman of the conference, Professor Wang Xiaogang from Hunan University, presided over the opening ceremony

Professor Jiang Chao, Vice President of Hunan University, delivered the opening speech

Zhang Zhefeng, Chairman of the Fatigue Branch of the Chinese Society for Materials Research, delivered the opening speech

The current meeting aims to“New progress in fatigue research for long-life and high reliability service equipment”As the theme, specially invited16Scholars and industry experts in the field gave keynote speeches at the conference, systematically showcasing the latest research achievements and challenges faced in the field of fatigue. Academician Tu Shandong from East China University of Science and Technology“The Rise and Development of Engineering Damage Theory”report Researcher Zhang Zhefeng, Institute of Metals, Chinese Academy of Sciences“Fatigue and Defects”report Professor Yuan Shenfang from Nanjing University of Aeronautics and Astronautics“Online quantitative monitoring and prediction of fatigue cracks in aircraft structures throughout their entire lifespan”report Professor Qu Shaoxing from Zhejiang University“Design strategy of anti fatigue hydrogel”report Professor Chen Xu from Tianjin University“Based on data-Research on Fatigue Life Prediction of Physical Fusion Driven Method”report Professor Li Xiaowu from Northeastern University“Optimization of fatigue performance of alloy materials: the influence and synergistic effect of short-range ordering and grain boundary engineering”report Professor Chai Guocai from the Steel Research International New Materials Innovation Center (Shenzhen)“The influence of dislocation substructure formation on fatigue strength and crack initiation of austenitic stainless steel”report Professor Jiang Wenchun from China University of Petroleum (East China)“Thoughts and attempts on evaluating the influence of residual stress on the fatigue life of welded structures”report Professor Kang Guozheng from Southwest Jiaotong University“Prediction of material fatigue life based on machine learning”report Professor Zhao Liguo from Nanjing University of Aeronautics and Astronautics (represented by Professor Jiang Rong)“Experimental and simulation study on tensile, fatigue, and crack propagation of nickel based high-temperature alloys under hydrogen embrittlement conditions”report Researcher Zhang Guangping, Institute of Metals, Chinese Academy of Sciences“Exploration of the Scale Law of Metal Fatigue”report Professor Hu Dianyin from Beihang University“Ceramic based composite material technology for aircraft engines-structure-Progress in Integrated Strength Design”report Professor Wang Chong from Sichuan University“Progress and Application of Ultrasonic Fatigue Testing Technology”report Researcher Xu Wei from Beijing Institute of Aeronautical Materials“Research progress on long-life vibration fatigue of aircraft engine rotor blades”report Professor Ye Chang from Huazhong University of Science and Technology“The effect of electric pulse assisted ultrasonic strengthening on the surface integrity and fatigue performance of titanium alloys”report Professor Long Xiangyun from Hunan University“Intelligent evaluation technology for fatigue crack structure strength and life”report

Academician Tu Shandong, Researcher Zhang Zhefeng, Professor Yuan Shenfang, Professor Qu Shaoxing, Professor Chen Xu, Professor Li Xiaowu, Professor Chai Guocai, Professor Jiang Wenchun, Professor Kang Guozheng, Professor Zhao Liguo (represented by Professor Jiang Rong), Researcher Zhang Guangping, Professor Hu Dianyin, Professor Wang Chong, Researcher Xu Wei, Professor Ye Chang, and Professor Long Xiangyun will give keynote speeches at the conference

The conference invited Hong Youshi, a researcher from the Institute of Mechanics of the Chinese Academy of Sciences, He Yuhuai, a researcher from AVIC Beijing Institute of Aeronautical Materials, Liu Gang, a professor from Xi'an Jiaotong University, Shang Deguang, a professor from Beijing University of Technology, Wang Lei, a professor from Northeast University, Su Bin, a researcher from AVIC Beijing Institute of Aeronautical Materials, He Yuting, a professor from Air Force Engineering University, and Chen Haofeng, a professor from East China University of Technology8Senior experts will serve as guest hosts at the conference, reviewing reports and leading thematic discussions.

On site conference venue

The academic seminar on material fatigue was packed with attendees, creating a lively and intense atmosphere. The attending representatives actively asked questions and exchanged ideas around the content of the report, and conducted in-depth discussions on technical bottlenecks, industry demands, cooperation directions, etc., fully demonstrating the vigorous scientific research vitality in the field of material fatigue in China. The conference closely integrates the fatigue problem of long-life and high reliability service equipment, combining academic depth and industrial value, and provides an efficient communication and cooperation platform for scientific researchers and business practitioners. It is of great significance for promoting theoretical innovation, technological breakthroughs, and achievement transformation in the field of material fatigue in China.

As a senior fatigue testing solution provider in China, Kyle Measurement and Control was invited to attend and showcase its latest series of fatigue testing machines. During the conference, the company's technical team focused on introducing technological breakthroughs and application practices in material testing fields such as aviation, new energy, and biomedical through detailed cases and data. Their innovative technical performance and accurate testing results received widespread attention and high praise from attending experts.

Through this meeting, Kyle Measurement and Control not only had in-depth exchanges with colleagues in academia and industry, but also demonstrated the company's determination and strength to promote material basic research and industrial innovation with precision testing equipment. In the future, Kyle Measurement and Control will continue to be committed to providing more reliable and cutting-edge testing technology support for global scientific research and industrial fields.