The 3rd Academic Exchange Conference of the Nuclear Engineering Mechanics Division of the Chinese Nuclear Society

The 3rd Academic Exchange Conference of the Nuclear Engineering Mechanics Division of the Chinese Nuclear Society was successfully held from September 23rd to 24th at the Jinshan Software Park in Zhuhai High-Tech Zone, Guangdong Province. As a high-tech enterprise specializing in the field of fatigue and fracture mechanics, Huice Technology was invited to participate in this conference.

The conference was hosted by the Nuclear Engineering Mechanics Division of the Chinese Nuclear Society and Sun Yat-sen University, with the Sino-French Institute of Nuclear Engineering and Technology at Sun Yat-sen University organizing the event. Numerous young scholars, researchers, and corporate representatives who focus on failure mechanisms, fatigue, and fracture gathered to learn about and explore cutting-edge research achievements. The in-depth exchanges during the conference helped promote the development of the discipline of fatigue and fracture mechanics, while enhancing collaboration and communication among young scholars, researchers, and technical professionals across the nation.

Huice Technology showcased its 3D crack propagation analysis software, ZENCRACK, along with its self-developed finite element simulation software at the exhibition. There was extensive interaction with many young scholars, researchers, and other corporate representatives at the event, with discussions focusing on current research work in the field of fatigue and fracture mechanics.

At the third sub-forum of the conference, Huice Technology presented an academic report titled Simulation and Comparative Analysis of Crack Propagation in Welded Structures with Different Strength Matches. The report proposed an innovative cross-material crack propagation simulation method to achieve cross-material crack propagation simulations for structures. For a welded flat plate structure with an initial embedded crack located in the weld zone, the study simulated crack propagation in structures with different strength matches between the weld and the base material. It analyzed the propagation characteristics of the structural cracks and studied the impact of different strength matches on the crack propagation life of the structure.

Huice Technology will continue to deeply engage in the discipline of fatigue and fracture mechanics, working closely with experts, scholars, and numerous enterprises to provide better solutions for the scientific development of the fatigue and fracture field. At the same time, the company remains steadfast in advancing the development of domestic industrial software.

Finally, congratulations again on the successful conclusion of the Third Academic Exchange Conference of the Nuclear Engineering Mechanics Division of the Chinese Nuclear Society!