Location History:
- Alexandria, VA (US) (2019)
- Brentwood, MD (US) (2021)
Company Filing History:
Years Active: 2019-2021
Title: The Innovations of Charles Alan Rohde
Introduction
Charles Alan Rohde is a notable inventor based in Brentwood, MD (US). He has made significant contributions to the field of vibro-acoustic technology, holding a total of 2 patents. His work focuses on the development of materials and devices that enhance the coupling of vibro-acoustic fields in various mediums.
Latest Patents
Rohde's latest patents include an innovative elastic material designed for coupling time-varying vibro-acoustic fields propagating through a medium. This device features a unique structure comprising a plurality of unit cells, with the first unit cell containing a joint that defines a central void and includes an inclusion. The design ensures that the vibro-acoustic impedance of the elastic material is matched with that of the medium, facilitating effective coupling of propagating fields. Another significant patent is the underwater acoustic leaky wave antenna, which utilizes a waveguide cavity filled with a waveguide fluid. The waveguide walls are constructed from anisotropic materials that control mode conversion, enhancing the antenna's performance in fluid environments.
Career Highlights
Charles Alan Rohde is currently associated with the United States Navy, where he contributes his expertise in vibro-acoustic technologies. His work has been instrumental in advancing the understanding and application of acoustic materials in various fields.
Collaborations
Rohde has collaborated with notable colleagues, including Theodore P. Martin and Gregory J. Orris. Their combined efforts have led to advancements in the field and the successful development of innovative technologies.
Conclusion
Charles Alan Rohde's contributions to vibro-acoustic technology through his patents and collaborations highlight his role as a significant inventor in this field. His work continues to influence advancements in acoustic materials and devices.