Shiqi Chen

Title: Innovations in Powder Metallurgy: The Work of Shiqi Chen

Introduction:

Shiqi Chen, an accomplished inventor based in Hunan, China, has made significant contributions to the field of powder metallurgy. With a focus on eliminating defects in atomized alloy powders, his innovative work is of great interest to both researchers and industry professionals.

Latest Patents:

Shiqi Chen holds a patent for a method that addresses the issue of hollow defects in atomized superalloy powder. The invention revolves around a unique ball-milling processing technique that effectively eliminates these defects, resulting in solid powder with increased utilization efficiency. By carefully controlling variables such as ball diameters, mass ratios of different-sized balls, and milling time, the method achieves a multi-directional impact on the powder, ultimately producing solid spherical powder. This invention boasts high efficiency, reduced milling time, and a straightforward operational process, making it suitable for large-scale application.

Career Highlights:

Chen’s work at Central South University has positioned him as a leading figure in his area of expertise. His dedication to improving powder metallurgy materials has contributed to advancements that can benefit numerous industrial applications. Through his innovation, he has enhanced the functionality and practicality of superalloy powders.

Collaborations:

Shiqi Chen collaborates closely with esteemed colleagues such as Zuming Liu and Pengfei Su. Together, they work to further research and development in the field, combining their expertise to foster innovation in powder metallurgy.

Conclusion:

The contributions of inventor Shiqi Chen to the field of powder metallurgy represent a significant advancement in materials science. His patented method for eliminating hollow defects not only improves powder quality but also optimizes manufacturing processes. As he continues his work at Central South University, the impact of his research holds promise for future innovation in industrial applications.