Ta-Wei Wang

Title: Innovations in Gas Turbine Technology by Ta-Wei Wang

Introduction

Ta-Wei Wang, an innovative inventor based in Panchiao, Taiwan, has contributed significantly to the field of gas turbine technology. With two patents to his name, Wang focuses on enhancing the efficiency and operational stability of gas turbine engines. His work has profound implications for energy efficiency in various applications.

Latest Patents

Wang's most recent patents include a highly advanced gas turbine engine and an innovative engine core rotor shaft structure. The recuperated gas turbine engine includes a heat exchanger that features a compressor, a can-type combustor, and a turbine. This design enables preheating of compressed air with higher-temperature exhaust gases, greatly improving fuel efficiency. The engine also employs a concentric back-to-back rotor arrangement which enhances the operational stability by reducing the length of the turbine rotor.

In addition, the engine core rotor shaft structure showcases an outer annular shaft body combined with a turbine rotor body. This design includes turbine rotor blades that help hold the turbine rotor securely. Moreover, slots in the outer annular shaft body facilitate the radial inward passage of compressed air, while the can-type combustor enhances thermal efficiency by mitigating vibration due to resonance, thereby saving space and reducing heat dissipation.

Career Highlights

Ta-Wei Wang is currently affiliated with the Industrial Technology Research Institute, a reputable institution dedicated to advancing technology and innovation. His work focuses on improving gas turbine engine designs, showcasing a commitment to enhancing energy efficiency in the industry.

Collaborations

Wang collaborates with notable colleagues, including Chii-Rong Kuo and Jia-Ruey Wu. Their combined expertise in the field strengthens their research efforts and facilitates groundbreaking innovations in gas turbine technology.

Conclusion

Ta-Wei Wang’s contributions to gas turbine technology are noteworthy, addressing critical issues in engine efficiency and stability. As he continues his work at the Industrial Technology Research Institute, the advancements stemming from his patents are likely to influence the energy sector positively, paving the way for more efficient and sustainable energy solutions.