Company Filing History:
Years Active: 2019-2022
Title: **Innovative Contributions of Megan Elizabeth Scheitlin in Combustor Technology**
Introduction
Megan Elizabeth Scheitlin, a notable inventor based in Cincinnati, OH, has made significant strides in the field of combustion technology. With a total of three patents to her name, Scheitlin's innovations are particularly focused on enhancing the efficiency and performance of combustor assemblies, which are crucial in various industrial applications.
Latest Patents
One of Scheitlin's latest patents, titled "Single cavity trapped vortex combustor with CMC inner and outer liners," outlines a combustor assembly that includes both an annular inner liner and an outer liner, each aligned along an axial direction. This design features an outer flange at the upstream end of the outer liner and incorporates a combustor dome. The dome extends between the inner and outer liners, forming a combustion chamber that optimizes airflow through a strategically placed air chute. This innovative approach not only significantly improves combustion efficiency but also contributes to the overall performance of gas turbine engines.
Another notable innovation by Scheitlin is the "Aero loading shroud sealing," which involves a shroud assembly comprising a shroud segment and a hanger. This invention allows for enhanced operational stability due to a pivotally coupled flange that manages aerodynamics effectively. Such innovations highlight Scheitlin’s commitment to advancing technologies that enhance combustion processes and overall energy efficiency.
Career Highlights
Megan Elizabeth Scheitlin is currently employed by General Electric Company, where she applies her expertise in combustion systems. Her commitment to innovation has positioned her at the forefront of research and development in the field. By focusing on cutting-edge technology, she has played a critical role in advancing the capabilities of combustor assemblies, making her a valuable asset to her organization and the industry as a whole.
Collaborations
Throughout her career, Scheitlin has worked alongside influential colleagues such as Aaron Michael Dziech and Daniel Patrick Kerns. Collaborating with these talented professionals has allowed her to exchange knowledge and ideas, further driving innovation in the subjects related to combustion performance and system efficiency.
Conclusion
Megan Elizabeth Scheitlin’s contributions to combustion technology exemplify the spirit of innovation within the engineering field. Her accomplishments not only underscore her abilities as an inventor but also demonstrate the importance of collaboration in fostering advancements in technology. With patented inventions that address real-world challenges, Scheitlin is poised to continue impacting the future of combustion technology positively.