Yilin Su

Title: **Innovative Contributions of Yilin Su in Rock Burst Prediction**

Introduction

Yilin Su is a prominent inventor based in Beijing, China, known for her innovative work in the field of civil engineering. With a focus on utilizing big data visualization analysis, she has developed a significant patent that addresses critical challenges in rock burst prediction. Her contributions highlight the intersection of technology and safety in engineering practices.

Latest Patents

Yilin Su holds a patent for a "K-nearest neighbour rock burst prediction method and device based on big data visualization analysis." This groundbreaking method involves obtaining spectrum characteristics and amplitude/energy characteristics of rocks from rock data. By employing a K-nearest neighbour algorithm, the approach enables accurate predictions of rock bursts. This predictive capability is essential for mitigating potential economic losses and preventing casualties in construction and mining operations.

Career Highlights

Yilin Su is associated with the Beijing University of Civil Engineering and Architecture, where she contributes to both research and academic initiatives. Her work emphasizes the importance of predictive technologies in enhancing safety measures within the civil engineering sector. Her patent signifies her commitment to innovative solutions that can revolutionize current practices in rock management.

Collaborations

Throughout her career, Yilin Su has collaborated with esteemed colleagues, including Yu Zhang and Mingkui Zhang. These collaborations have likely fostered an environment of innovation and research that enhances the development and application of her patented technologies. Together, they work towards advancing knowledge and practices in rock engineering.

Conclusion

Yilin Su's contributions to rock burst prediction through her innovative patent represent a significant advancement in civil engineering. Her work not only showcases her expertise as an inventor but also demonstrates the vital role of technology in improving safety in construction and mining industries. As she continues her work at Beijing University of Civil Engineering and Architecture, her future endeavors are anticipated to further impact the field positively.