Company Filing History:
Years Active: 1990-1994
Title: **Jerry D Dodson: Innovator in Carbon-Carbon Composite Technology**
Introduction
Jerry D Dodson, based in Fremont, CA, is a notable inventor recognized for his contributions to the field of carbon-carbon composite technology. With a total of two patents to his name, Dodson has made significant strides in developing materials designed to withstand extreme environmental conditions.
Latest Patents
Dodson's latest innovations include:
1. **Carbon-Carbon Composite and Method of Preparation** - This patent describes a carbon-carbon composite featuring one or more inhibitors that prevent oxidation when exposed to high temperatures. This advancement is crucial for applications requiring exceptional thermal resilience.
2. **Carbon-Carbon Composite Structural Assemblies and Methods of Making Them** - In this patent, various methods for securely connecting carbon-carbon composite structures are detailed. These assemblies predominantly consist of the carbon-carbon composite itself and a char forming material like pitch, which, when charred, does not need metallic fasteners such as bolts. The design is well-suited for use in high-temperature and hyperthermal environments.
Career Highlights
Dodson has been associated with leading companies in the aerospace and materials manufacturing sectors, including Acurex Corporation and Aerotherm Corporation. His work at these institutions has played a pivotal role in advancing composite material technology, specifically focusing on high-performance applications.
Collaborations
In his career, Dodson has collaborated with several distinguished professionals, including Robert M Washburn. Together, they have contributed to innovations that address the challenges faced in high-temperature material performance.
Conclusion
With his innovative patents and noteworthy collaborations, Jerry D Dodson has established himself as a significant figure in the realm of materials science. His work on carbon-carbon composites not only highlights his ingenuity but also serves as a foundation for future advancements in high-temperature applications.