Alan J Scharman

Title: Alan J Scharman: Innovator in Ceramic Coatings

Introduction

Alan J Scharman, an accomplished inventor based in Hebron, CT, has made significant contributions to the field of ceramic coatings. With two patents to his name, Scharman’s work focuses on enhancing thermal barrier technologies that are essential for diverse industrial applications.

Latest Patents

Scharman's latest inventions revolve around innovative thermal barrier coatings. His first patent details a ceramic thermal barrier coating designed for metal articles subjected to rapid thermal cycling. This invention features a metallic bond coat, an MCrAlY/ceramic layer, and a ceramic top layer, all meticulously engineered for high-performance applications. The M in MCrAlY material represents elements such as Fe, Ni, Co, or mixtures thereof. This coating includes a ceramic top layer with exceptional thermal properties, showcasing coefficients of thermal expansion and thermal conductivity crucial for rapid thermal cycling.

The second patent outlines a ceramic composite coating material for metal articles. This invention similarly includes a metallic bond coat and an MCrAlY/ceramic layer, alongside a more advanced ceramic composite top layer. The ceramic materials involved range from alumina to zirconia, providing enhanced durability and functionality in demanding environments.

Career Highlights

Throughout his career, Alan J Scharman has collaborated with reputable organizations, including United Technologies Corporation and Cummins Engine Company. His professional journey reflects a dedicated commitment to advancing materials science and engineering, particularly in creating robust thermal barrier coatings.

Collaborations

Scharman has worked closely with notable colleagues such as Alfred P Matarese and Harry E Eaton, contributing to a rich collaborative environment that fosters innovation and technical advancement in the field.

Conclusion

Alan J Scharman's innovations in ceramic coating technologies represent a significant leap forward in material performance for industries requiring thermal resilience. His contributions not only highlight his inventive prowess but also underscore the importance of collaboration and innovation in the advancement of engineering solutions.