Qiongqi Wang

Title: Innovations by Qiongqi Wang: Pioneering Fracture Toughness Measurement at High Temperatures

Introduction

Qiongqi Wang, an accomplished inventor based in Shanghai, China, has made significant contributions to the field of material science. With a focus on high-temperature applications, his groundbreaking patent offers a novel approach to measuring and determining the fracture toughness of structural materials.

Latest Patents

Qiongqi Wang holds a patent titled "Method of measurement and determination on fracture toughness of structural materials at high temperature." This innovative method provides a systematic approach to assess the ductility of materials and tackle the challenges associated with high-temperature testing environments. The process includes conducting a high-temperature uniaxial tensile test, designing a CT specimen, performing a monotonic loading fracture test, and calculating the fracture toughness of structural materials with precision. This invention effectively overcomes the difficulties of traditional methods that struggle with placing an extensometer inside a high-temperature furnace.

Career Highlights

Wang’s professional journey includes valuable experience with reputable organizations such as the East China University of Science and Technology and Shanghai Electric Power Equipment Co., Ltd. Additionally, he has worked with the Shanghai Steam Turbine Factory, contributing to advancements in engineering and technology in these prominent establishments.

Collaborations

Throughout his career, Qiongqi Wang has collaborated with esteemed colleagues like Fuzhen Xuan and Haitao Wang, sharing knowledge and expertise to further the field of material science. Their partnerships have undoubtedly enriched the development and application of innovative solutions in high-temperature material evaluation.

Conclusion

Qiongqi Wang stands as a notable figure in the realm of inventions related to material science, particularly in the area of high-temperature fracture toughness measurement. His pioneering work not only advances the understanding of structural materials but also enhances their application in various engineering fields. As innovations continue to emerge, Qiongqi Wang's contributions will likely play a vital role in driving future developments in this area.