Walter B Wagner

Title: Walter B Wagner - Innovator in Combustor Liner Technology

Introduction

Walter B Wagner is a notable inventor based in Bolton, Connecticut, known for his contributions to the field of combustor liner technology. With a total of two patents, Wagner has focused on innovative solutions that address thermal efficiency and structural integrity within combustion systems.

Latest Patents

Wagner's latest patents revolve around combustor liner constructions. The first patent describes a combustor liner fabricated from a plurality of individual segments containing counter/parallel Finwall material, arranged both circumferentially and axially to define the combustion zone. Each segment is secured by a hook and ring construction linked to an open lattice frame. This design allows for adequate thermal expansion while minimizing induced stresses.

The second patent presents an improved Finwall combustor liner design. This innovation involves fabricating the liner in axially spaced panels of Finwall material. Cooling air is introduced at discrete locations within these panels, creating a parallel and counter flow that enables a significant reduction in both axial and radial temperature gradients, ultimately achieving an overall temperature reduction for the entire liner.

Career Highlights

Throughout his career, Wagner has worked with prominent companies, including United Technologies Corporation and the United States of America, as represented by the Administrator of the National Aeronautics and Space Administration (NASA). His experience in these organizations has been instrumental in developing advanced combustor technologies.

Collaborations

Wagner's collaborative efforts in the field have included working alongside esteemed colleagues such as Ibrahim S Tanrikut and Irwin Segalman. Their combined expertise has contributed to innovations within the aerospace sector and enhanced the performance of combustor systems.

Conclusion

Walter B Wagner’s inventive work in combustor liner technology marks a significant contribution to the field of thermal management and combustion efficiency. His patents reflect a deep understanding of materials and engineering principles, positioning him as an influential figure in the innovation landscape of combustion technologies.