Location History:
- Perry Township, Franklin County, OH (US) (2004)
- Perry Township, OH (US) (2004)
- Columbus, OH (US) (2002 - 2023)
Company Filing History:
Years Active: 2002-2025
Title: Innovator Timothy V. Stotler: Pioneering Advancements in Airfoil Technology
Introduction
Timothy V. Stotler, an accomplished inventor based in Columbus, Ohio, has significantly contributed to the field of airfoil technology. With a remarkable portfolio of ten patents to his name, Stotler continues to push the boundaries of innovation in engineering and aerospace.
Latest Patents
Among his latest innovations is the patent for an airfoil joining apparatus and methods. This invention provides an airfoil component specifically designed for attaching to a cropped airfoil. The technology involves a cropped airfoil that features a unique attachment section, alongside a cropped first side and a second side. The airfoil component boasts an attachment section that is purposely oversized compared to the cropped airfoil attachment section. This design means that the component chord length is longer than the cropped chord length, thus enhancing the aerodynamic capabilities of the airfoil assembly.
Career Highlights
Timothy Stotler has held pivotal roles at notable companies, including the Edison Welding Institute, Inc. and General Electric Company. His experiences in these organizations have been instrumental in shaping his innovative approach towards airfoil technology.
Collaborations
Throughout his career, Stotler has collaborated with talented individuals such as Timothy Joseph Trapp and Mathew Skilliter. These collaborations have further enriched his work, leading to impactful advancements in the engineering sector.
Conclusion
Timothy V. Stotler exemplifies the spirit of innovation through his dedication to enhancing airfoil technology. His impressive body of work, including groundbreaking patents and fruitful collaborations, positions him as a prominent figure in the field. As he continues to develop new inventions, Stotler's contributions will likely lead to further advancements in aerospace engineering and beyond.