Frank M Smith

Title: **Frank M. Smith: Innovator in Hydrogen Permeable Membranes and Beryllium Welding**

Introduction

Frank M. Smith is an accomplished inventor based in Espanola, New Mexico, known for his innovative contributions to the fields of hydrogen permeable membranes and welding techniques for beryllium. With a portfolio that includes two patents, his work reflects a significant advancement in material science and engineering.

Latest Patents

Frank M. Smith holds two notable patents. The first, titled “Tubular Hydrogen Permeable Metal Foil Membrane and Method of Fabrication,” describes a sophisticated process for creating a tubular hydrogen permeable metal membrane. This innovation involves coating a metal alloy foil with a catalytic layer, wrapping it around an expandable rod, and welding the edges to generate a highly functional membrane suitable for various applications.

His second patent, “Method for Welding Beryllium,” outlines a novel approach to joining beryllium pieces by depositing aluminum alloy on the metal's surface, which enhances the welding process. This technique is particularly important for reducing porosity in welded joints, making it a valuable contribution to beryllium processing.

Career Highlights

Throughout his career, Frank has worked with prestigious institutions such as the University of California and the United States of America as represented by the United States. His research and innovations have helped elevate the standards in both hydrogen technologies and metal fabrication processes.

Collaborations

Frank M. Smith has had the opportunity to collaborate with distinguished colleagues, including Stephen N. Paglieri and Stephen A. Birdsell. These partnerships have fostered valuable synergy, enhancing the impact and scope of his research endeavors.

Conclusion

Frank M. Smith’s dedication to innovation in hydrogen permeable membranes and beryllium welding techniques showcases his significant role as an inventor. His patents not only contribute to technological advancement but also reflect a commitment to improving manufacturing processes and material applications in various industries. With ongoing research and collaboration, Smith continues to influence the field with his inventive spirit.