Company Filing History:
Years Active: 2010-2013
Title: Innovations by Inventor Jimmy S Piszar
Introduction
Jimmy S Piszar, an inventive mind hailing from Chesterfield, MO, has made significant contributions to the field of composite materials through his patents. With a total of two patents to his name, Piszar is recognized for developing innovative processes that improve the formation of composite parts.
Latest Patents
One of Piszar's latest patents is titled "Apparatus for forming hat stiffened composite parts using thermally expansive tooling cauls." This patent outlines both an apparatus and methods for forming composite parts. The described method includes several key steps: placing initial composite material on a base tool, positioning a tooling mandrel atop the composite material, and then layering additional composite material over the tooling mandrel. The process incorporates a composite forming tool that covers part of the composite material, followed by heating the composite to achieve partial curing. Notably, the innovation allows a specific portion of the forming tool to expand more than another during the heating process, which is critical for the effective formation of the composite part.
Career Highlights
Jimmy S Piszar has had a career that includes working with renowned organizations such as The Boeing Company. With a background in aerospace, his work has focused on improving the manufacturing processes associated with composite materials, particularly in the production of parts that require specific shaping and stiffening.
Collaborations
Throughout his career, Piszar has collaborated with talented individuals including Jeffrey D Martin and Keith Rupel. This camaraderie among inventive minds further highlights the collaborative aspect of innovations in engineering and manufacturing.
Conclusion
Jimmy S Piszar exemplifies the spirit of innovation through his patents in composite material technology. His advancements not only showcase his inventive capabilities but also contribute to the broader field of materials engineering, demonstrating the significant impact of well-crafted inventions on industrial processes.