Company Filing History:
Years Active: 1983-1984
Title: Paul D Brazie: Innovator in Structural Beam Technology
Introduction
Paul D Brazie, an accomplished inventor based in West Richfield, OH, has significantly contributed to the field of structural engineering with two notable patents. His innovative work primarily focuses on enhancing the properties of structural beams used in construction, particularly in addressing the challenges posed by work-hardened corners.
Latest Patents
Brazie's latest patents revolve around the innovative design of an inductor for annealing work-hardened portions of structural beams. The patented method describes an inductor that efficiently heats the corners of elongate hollow structural beams, which can become work-hardened during the manufacturing process. This technology concentrates heating in the corners while controlling the heat distribution to maintain the structural integrity of the beam walls, effectively ensuring a uniform hardness and strength across the entire beam. The inductor design encircles the beam and includes uniquely shaped portions that are magnetically coupled with the beam's corners, illustrating Brazie's adeptness at combining engineering precision with practical application.
Career Highlights
Throughout his career, Brazie has been instrumental in developing innovative solutions that improve the quality and performance of structural materials. His tenure at Park-Ohio Industries demonstrates his commitment to advancing engineering practices, particularly in the area of metalworking and structural design.
Collaborations
Paul D Brazie has collaborated with notable coworkers such as James J Pusateri and Charles R Bartlett, working together to push the boundaries of traditional engineering solutions. Their joint efforts have resulted in advancements that are essential for optimizing the usage of structural beams in various applications.
Conclusion
In summary, Paul D Brazie's contributions through his inventive patents and collaborative efforts have established him as a significant figure in the engineering domain focused on structural beams. His innovations not only address the challenges of work-hardening but also enhance the overall functionality and reliability of structural components in construction.