Company Filing History:
Years Active: 2018
Title: Innovator Spotlight: Ulrike Kaul and Her Contributions to Turbine Technology
Introduction: Ulrike Kaul is a distinguished inventor based in El Cajon, California, recognized for her significant contributions to turbine technology. With one patent to her name, she combines expertise in engineering and innovation, addressing critical challenges in turbine blade durability.
Latest Patents: Kaul's patent, titled "Reduction of equally spaced turbine nozzle vane excitation," focuses on enhancing turbine blade durability within a turbine nozzle assembly. The innovation involves a multi-faceted approach: identifying the turbine blade design, conducting modal model analysis on the turbine blades, and minimizing aerodynamic impacts. By ensuring that each turbine blade is free from aero-excitation from upstream flow within the operating speed range, her invention identifies blade natural frequencies in relation to the nozzle vanes. Additionally, it incorporates modifications to the trailing edge of the vanes, effectively reducing excitation amplitudes.
Career Highlights: Currently, Ulrike Kaul contributes her expertise to United Technologies Corporation, where she plays a pivotal role in advancing turbine technologies. Her innovative mindset and engineering acumen have allowed her to carve a niche within the specialized field of turbine design and performance optimization.
Collaborations: At United Technologies Corporation, Kaul collaborates with talented colleagues, including Loc Quang Duong and Xiaolan Hu, both of whom share a commitment to advancing technology and innovation in aerospace engineering. These collaborative efforts underscore the importance of teamwork in the research and development of groundbreaking solutions within the industry.
Conclusion: Ulrike Kaul exemplifies the spirit of innovation in the field of turbine technology. Her dedication to improving blade durability through her patented work not only contributes to advancements in engineering but also serves as an inspiration for future inventors. As she continues her career at United Technologies Corporation, her ongoing contributions promise to shape the future of turbine design and performance.