Dennis J Payne

Title: The Innovations of Dennis J Payne

Introduction

Dennis J Payne is a prominent inventor based in Filton, GB, known for his contributions to the field of metal forming techniques. With a total of two patents to his name, his innovations highlight significant advancements in the manufacturing process of metal articles.

Latest Patents

Payne's latest patents focus on innovative methods that enhance the performance and efficiency of metal article production. His first patent, titled "Forming Metal Articles," describes a method that involves placing superplastically deformable materials into an opposed and spaced-apart relationship. The process includes heating the sheets to a suitable temperature for superplastic deformation and urging them together to achieve bonding, primarily through diffusion bonding.

His second patent, titled "Method of Making a Stiffened Panel," details a bonding and pressure deformation process wherein two face-to-face metal sheets, one of which is superplastically deformable, are bonded at multiple positions. This technique allows for the creation of cavities between the sheets where the sides of neighboring cavities can be diffusion bonded together, resulting in reinforced structures.

Career Highlights

Dennis J Payne is currently employed by British Aerospace Public Limited Company, where he applies his engineering expertise to various innovative projects. His work has significantly impacted the aerospace industry, contributing to lighter and more efficient components used in aircraft manufacturing.

Collaborations

Throughout his career, Payne has collaborated with notable colleagues, including Sidney J Swadling and Martin H Mansbridge. Together, they have worked on various projects that continue to push the boundaries of manufacturing techniques and materials science.

Conclusion

Dennis J Payne's contributions to the field of metal forming and manufacturing processes demonstrate the importance of innovation in engineering. His patents not only reflect his technical expertise but also emphasize the potential for advancements in the aerospace sector. As he continues to collaborate with leading professionals in the industry, Payne's work is poised to inspire further innovations in metal forming technologies.