Company Filing History:
Years Active: 1996
Title: The Innovative Contributions of Robert W. Aho
Introduction: Robert W. Aho, an accomplished inventor based in Cincinnati, OH, has made significant strides in the field of engineering materials testing. With a keen focus on developing advanced technologies, Aho has contributed to the enhancement of uniaxial mechanical testing methods specifically for high-temperature materials. His innovative work is encapsulated in a patent that showcases his expertise and dedication to engineering innovation.
Latest Patents: Aho holds a patent for a "Hot Grip Assembly," which serves as a gripping system for conducting uniaxial tests on test specimens at elevated temperatures, typically between 900°F and 1000°F. This invention is particularly important as it addresses the challenges of tensile testing on high-temperature engineering materials that must perform under severe conditions. The gripping system features a specially designed gripping element that incorporates a heater within its structure, allowing for precise heating of both the gripping surface and the test specimen to achieve the desired testing temperatures.
Career Highlights: Robert W. Aho's career is marked by his association with the General Electric Company, a leading player in technology and engineering sectors. His contributions in the realm of materials testing have not only advanced methods but also paved the way for improved material performance in applications that require reliability and durability at extreme temperatures. Aho's patent reflects his ability to combine theoretical knowledge with practical application, resulting in innovative solutions that benefit the engineering field.
Collaborations: Throughout his career, Aho has worked alongside notable colleagues such as Jeffrey Lynn Myers and Douglas Melton Carper. These collaborations highlight the collaborative spirit that is often crucial to driving innovation within large companies like General Electric. Working with talented professionals has undoubtedly enhanced Aho's work, leading to breakthroughs that further enrich the engineering materials testing landscape.
Conclusion: Robert W. Aho's contributions as an inventor exemplify the importance of innovation in engineering. With his patent for the Hot Grip Assembly, he has effectively addressed the challenges faced in testing high-temperature materials, showcasing his skills and commitment to advancing technology. As he continues to work within the General Electric Company and collaborates with other professionals, Aho's innovative spirit is sure to inspire future advancements in engineering and materials science.