Glen Evans

Title: Glen Evans: Innovator in Advanced Ceramic Composites

Introduction

Glen Evans, an accomplished inventor based in Newark, DE, has made significant strides in the field of advanced ceramic materials. With two patents to his name, his innovative work focuses on enhancing the performance of ceramic composites, particularly through the incorporation of diamond materials.

Latest Patents

Glen's most recent patents showcase his expertise in developing cutting-edge composite materials. The first patent describes a ceramic substrate with reaction-bonded silicon carbide containing diamond particles. This innovative composite comprises a substrate of first reaction-bonded silicon carbide (RB-SiC) with a reaction-bonded diamond-retaining silicon carbide (RB-DSiC) layer. The unique feature of this composite is the incorporation of diamond particles, which can be distributed in either a homogenous or heterogeneous manner within the RB-DSiC layer. This material holds potential applications in areas such as CMP conditioning discs.

His second patent focuses on diamond-reinforced SiC ceramic composite materials and their manufacturing processes. By adding diamond to the microstructure, the material exhibits enhanced properties, including increased hardness and improved Young's modulus. This revolutionary diamond-reinforced composite has demonstrated significant ballistic performance, making it a promising candidate for armor materials. The composite with 7% diamond content has shown performance levels that rival the best commercial ceramics tested, particularly against the M993 threat.

Career Highlights

Glen Evans has worked with prominent companies such as M Cubed Technologies, Inc. and II-VI Delaware, Inc., where he applied his expertise in material science to push the boundaries of ceramic technology. His background in advanced materials has enabled him to contribute to critical developments in the field, underscoring his significance as an inventor.

Collaborations

Throughout his career, Glen has collaborated with notable professionals, including Prashant G Karandikar and Sam Salamone. These partnerships have fostered an environment of innovation, allowing for the fusion of ideas and expertise in the advancement of ceramic composite technologies.

Conclusion

Glen Evans stands out as a pivotal figure in the realm of ceramic innovations. With his inventive contributions to diamond-reinforced composites, he has not only enhanced the properties of ceramic materials but also opened new avenues for their application in armor and other critical industries. Through his patents and collaborations, Glen continues to impact the field significantly, promising ongoing advancements in material science.