Beijing, China

Guice Yao


Average Co-Inventor Count = 5.0

ph-index = 1


Company Filing History:


Years Active: 2025

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1 patent (USPTO):

Title: Inventor Profile: Guice Yao

Introduction

Guice Yao is a notable inventor based in Beijing, China, recognized for his contributions to the field of hypersonic vehicle technology. With a keen focus on high-temperature structure ablation prediction, Guice's innovative methodologies are paving the way for advancements in aerospace engineering.

Latest Patents

Guice Yao holds a patent for a "Multi-scale method for high-temperature structure ablation prediction of hypersonic vehicles." This patent presents a multi-scale prediction method that analyzes the ablation behavior of heat-resistant structures in hypersonic aircraft. By integrating hypersonic inflow far field boundary conditions into a macro computational fluid dynamics (CFD) solver, this method enables accurate numerical simulations of external flow fields. The analysis further involves extracting the mass fraction and temperature distribution of wall surface components, leading to critical insights into the ablation retreating rate utilizing mean square displacement (MSD) methods and Fick's law.

Career Highlights

Guice Yao is currently associated with Beihang University, where he actively contributes to research and innovation in aerospace applications. His expertise in predictive modeling and numerical simulation has positioned him as a significant asset in the academic and research community.

Collaborations

In his pursuit of innovation, Guice has collaborated with notable colleagues, including Zhifan Ye and Jin Zhao. Their joint efforts have contributed to advancements in their field, enhancing the understanding of ablation phenomena in hypersonic aerodynamics.

Conclusion

In conclusion, Guice Yao's innovative approaches and dedication to aerospace research establish him as a prominent figure in the realm of hypersonic vehicle technology. His patented multi-scale prediction method showcases a significant leap forward in understanding high-temperature structure ablation, setting a robust foundation for future advancements in the aerospace industry.

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