Company Filing History:
Years Active: 2019
Title: Derrick Wayne Knotts: Innovator in Ceramic Matrix Composite Technology
Introduction: Derrick Wayne Knotts is a prominent inventor based in Asheville, North Carolina, recognized for his significant contributions to the field of ceramic matrix composites. With a focus on innovative shaping methods, Knotts has developed a unique approach that enhances the manufacturing processes of these advanced materials.
Latest Patents: Derrick Wayne Knotts holds a patent for his invention titled "System and Method for Shaping a Ceramic Matrix Composite (CMC) Sheet." This innovative method involves receiving an input signal that represents a predetermined shape and type of CMC sheet. The process includes selecting an appropriate laser beam based on this input signal, which is then projected onto the CMC sheet to shape it into the desired form. This method not only optimizes the shaping process but also improves the precision and quality of the final product.
Career Highlights: Knotts is an esteemed member of the team at General Electric Company, where he applies his expertise in materials engineering to develop cutting-edge technologies. His work within this leading company not only showcases his individual talent but also demonstrates a commitment to advancing the field of composite materials.
Collaborations: Throughout his career, Derrick Wayne Knotts has collaborated with notable colleagues, including Hongqiang Chen and Steven Robert Hayashi. These partnerships highlight the collaborative nature of innovation in the field, allowing for shared knowledge and expertise that drive advancements in technology.
Conclusion: Derrick Wayne Knotts is an influential inventor whose work with ceramic matrix composites exemplifies the importance of innovation in materials science. His patented methodology represents a significant step forward in the shaping of CMC sheets, illustrating how inventive thinking continues to propel industries forward. As technology evolves, contributions from innovators like Knotts will remain crucial in shaping the future of advanced materials.