James D Stokes

Title: **James D. Stokes: Innovating Concrete Forming Systems**

Introduction

James D. Stokes, an inventive mind from Drexel, Missouri, has made his mark in the field of construction with a notable patent that enhances the efficiency of concrete forming systems. His innovative approach addresses significant challenges faced in construction, particularly in the effective joining of concrete form sidewalls.

Latest Patents

Stokes holds a patent for a unique Concrete Forming System with Brace Ties. This advanced form tie consists of a pair of end trusses connected by an intermediate web truss. The design incorporates vertical struts with horizontal struts that ensure the stability and integrity of the polymeric concrete form. Notably, the trusses resist various forces, such as compression and tension, maintaining the spatial relationship during use and transportation. The practical design aspect includes additional features like a seat for horizontal rebar, enhancing its utility in construction projects.

Career Highlights

Working at Ism, Inc., Stokes has dedicated his career to the advancement of concrete forming technology. His innovative solutions are aimed at not only improving construction methods but also at providing safer and more efficient processes for builders. Over the years, his sole patent stands as a testament to his creative abilities and commitment to the industry.

Collaborations

Throughout his professional journey, Stokes has collaborated with his coworkers such as Jamieson R. Vaughan and Jay D. Williamson. These partnerships signify the importance of teamwork and shared knowledge in driving innovation within the construction field and developing practical solutions for common challenges.

Conclusion

James D. Stokes exemplifies the impact of innovation in construction through his patent for a concrete forming system. His work at Ism, Inc. not only contributes to modern building techniques but also inspires future advancements in the industry. As he continues his journey, his contributions will undoubtedly influence the effectiveness and efficiency of concrete construction methods for years to come.