Timothy E Dominick

Introduction

Timothy E. Dominick is a prominent inventor located in Elkton, Maryland. He has made significant contributions to the field of additive manufacturing and composite materials, holding two patents that reflect his innovative work in high-temperature environments. His work is vital for advancing technology and improving manufacturing processes in various industries.

Latest Patents

Timothy’s latest patents showcase his expertise in additive manufacturing methods for high-temperature composite structures. One patent details processes for creating high-temperature composite structures using 3D printing techniques. This innovative method allows for the formation of precursor structures that can withstand temperatures exceeding 2000°F (1093°C). By exposing these structures to high temperatures, the initial matrix material undergoes pyrolysis, followed by impregnation with a liquid resin to densify the material into a near-net shape. This technique reduces the need for expensive molds and post-processing machining, enabling the creation of large, integrally formed parts suitable for demanding applications.

His second patent introduces a process for reinforcing continuous fiber additively manufactured laminates. This method involves layering thermoplastic composite materials and inserting reinforcing Z-pins for added strength in the Z-direction. The structure is built layer by layer, ensuring the composite part is robust and reliable for various applications.

Career Highlights

Timothy E. Dominick is currently associated with Northrop Grumman Systems Corporation, a leader in aerospace and defense technologies. His role within the company focuses on leveraging innovative manufacturing techniques to enhance product performance and reliability in high-temperature environments. Dominick's research and inventions play a crucial role in positioning the company at the forefront of advanced materials technology.

Collaborations

Throughout his career, Timothy has collaborated with esteemed colleagues in the field, including Talbot P. Thrasher and Eric G. Barnes. Working alongside such talented individuals has allowed him to expand the scope of his research and further refine his innovative methodologies in composite manufacturing.

Conclusion

Timothy E. Dominick continues to be a driving force in innovation within the composite manufacturing sector. His patents not only contribute to the understanding of high-temperature materials but also pave the way for new manufacturing techniques that can ultimately shape various industries. As advancements in technology continue to evolve, the importance of inventors like Timothy becomes increasingly apparent.