Join us in the academic feast of material fatigue and write a new chapter of low-carbon energy conservation
--Enpuda participated in the 9th Material Fatigue Symposium
From November 29 to December 2, 2024, the 9th Material Fatigue Symposium was held in Zhuhai, and Enpuda was invited to participate. In the global trend of low-carbon energy conservation, we will contribute to the development of material fatigue.
This seminar brought together experts in the field of material fatigue from top domestic universities to discuss the latest scientific research results and future development trends of structural and material fatigue. The conference aims to accelerate my country's technological progress in this field, deepen theoretical research, promote academic exchanges, and inject new vitality into new material research and development and social development.
会上提到“双轴拉伸试验机的设计和应用是为了更好地模拟材料在实际工程中可能遇到的复杂应力状态”。该设备可以提供更准确的实验数据，帮助研究人员深入了解材料在多轴应力下的行为。恩普达研发的双轴原位拉伸试验机采用全数字测控系统，具有强大的数据处理能力。具有应力精确控制、单轴、双轴协调加载等优点，能够应对复杂环境下的应力状态。
The following figure shows the biaxial in-situ tensile testing machine provided by Enpuda for the China Academy of Engineering Physics:
During the four-day conference, experts shared their latest research results and insights in the field of material fatigue through special reports and group discussions. The reports covered a wide range of topics, from basic theoretical research to practical application cases, building a comprehensive and in-depth academic exchange platform for participants. Our technical staff also actively interacted with experts and scholars at the booth and conducted in-depth discussions on topics such as material fatigue detection technology and data analysis methods.
With the successful conclusion of the conference, this seminar not only deepened the participants' knowledge and understanding of the field of material fatigue, but also provided new ideas for future research directions and cooperation models. Enpuda Industrial Systems Co., Ltd. and the Fatigue Association of the Materials Research Society will continue to work together to achieve greater breakthroughs in material fatigue technology in the context of the new era of low-carbon and energy-saving, and make greater contributions to the development of the field of material mechanics!
Post time: Dec-03-2024
