Company Filing History:
Years Active: 1994
Title: Innovations by Joseph W. Killian in Acoustic and Vibration Attenuation
Introduction
Joseph W. Killian, an innovative inventor based in Centreville, MD, has made significant contributions to the field of acoustic and vibration attenuation. With one patent to his name, he continuously seeks to enhance materials utilized in various applications, particularly in aerospace and marine engineering.
Latest Patents
The sole patent obtained by Joseph W. Killian pertains to an "Acoustic and Vibration Attenuation Composite Material." This invention focuses on damping tiles of the Type VI class 1, designed for use in aircraft, ships, and submarines. The unique composite material is noteworthy for being cost-effective, lightweight, and adaptable to complex curvatures, addressing the specific needs of demanding environments. The composite comprises a constraining layer made from graphite fabric and curable phenolic resin, which is bonded to a viscoelastic layer, ensuring superior attenuation of sound and vibrations.
Career Highlights
Joseph W. Killian is associated with the United States of America, as represented by the Secretary of the Navy, where he leverages his expertise to advance military and aviation technologies. His role within this esteemed organization highlights his commitment to improving the functionality and safety of aerospace and marine vessels through innovative materials.
Collaborations
During his career, Joseph has collaborated with talented peers, including Usman A. Sorathia and Andrew W. Jarrett. These collaborations exemplify the teamwork approach prevalent in research and development, crucial for achieving outstanding inventions and patents in their field.
Conclusion
Joseph W. Killian stands out as an inventive mind in the realm of acoustic and vibration attenuation. His patented composite materials reflect a dedication to innovation, addressing practical applications in aerospace and marine industries. As he continues his work, his contributions are sure to influence the future of sound and vibration management technologies.