Company Filing History:
Years Active: 2006
Title: The Innovative Journey of David E. Ferguson
Introduction
David E. Ferguson, an inventive mind hailing from Averill Park, NY, has made notable strides in the field of dynamic material testing. With two patents to his name, Ferguson has contributed innovative solutions that enhance the efficiency and effectiveness of testing systems. His work focuses primarily on self-resistive specimen heating, a crucial aspect for accurate material testing.
Latest Patents
Ferguson’s latest patents reflect his dedication to improving dynamic material testing systems. The first patent, titled "Apparatus for providing enhanced self-resistive specimen heating in dynamic material testing systems and accompanying method for use therein," introduces a novel fixture that incorporates two conductive anvil assemblies. This fixture applies necessary force to maintain contact without deforming the specimen, ensuring precise heating during tests.
His second patent, "Apparatus for an anvil system that provides enhanced self-resistive specimen heating when used in a dynamic thermo-mechanical material testing system," focuses on achieving uniform temperature distribution through a carefully designed anvil stack. This stack includes a foil interface with an innovative composite layer that efficiently insulates and manages heat, thereby improving the overall testing process.
Career Highlights
At Dynamic Systems Limited, Ferguson has leveraged his expertise to drive advancements in material testing technologies. His work signifies a bridge between theoretical research and practical application, making significant contributions to the field. The targeted enhancements provided by his patents aim to elevate the standards of material testing systems, promoting reliability and accuracy.
Collaborations
Ferguson collaborates closely with his coworker, Norman A. Lindeman, consistently pushing the boundaries of what is possible in dynamic material testing. Together, they explore innovative methods and technologies that enhance the functionality of existing systems, making their partnership pivotal in achieving groundbreaking results.
Conclusion
David E. Ferguson's contributions to the world of dynamic material testing underscore the importance of innovation in engineering. His patents not only advance the scientific community's understanding but also offer practical tools that can be utilized in various applications. As he continues to push forward in his career, Ferguson remains a key figure in the ongoing evolution of material testing technologies.