Larry Maxwell Bauman

Title: Larry Maxwell Bauman: Innovator in Composite Manufacturing

Introduction

Larry Maxwell Bauman, based in Defiance, Ohio, is a notable inventor recognized for his contributions to the field of composite manufacturing. With two patents to his name, Bauman has demonstrated a keen ability to innovate, particularly in the automotive industry, where his work focuses on creating self-supporting, composite structures.

Latest Patents

Bauman's most recent patents highlight his expertise in developing advanced composite materials. One of his innovations is a method for making self-supporting composite structures, which involves creating a vapor impervious wood fiber-filled polymeric sheet bonded to a corrugated paperboard medium. This composite not only provides structural integrity but also enhances sound absorption when fibrous insulation is included. The process utilizes heat and pressure during molding to securely bond various layers, ensuring durability and strength.

Another significant patent is related to automotive headliner panels. Bauman's design consists of a self-supporting panel made from a laminate of wood fibers and polypropylene. By molding the laminate in a heated mold, he has devised a method that allows it to conform to the automotive roof's shape, creating a robust and aesthetically pleasing interior lining.

Career Highlights

Throughout his career, Bauman has worked with reputable companies, including Indiana Acoustical Components and Johns Manville International, Inc. These experiences have undoubtedly contributed to his expertise in material science and composite engineering.

Collaborations

Larry Maxwell Bauman has collaborated with talented professionals such as David W. Bainbridge and Mario P. Tocci. These partnerships in innovation reflect a commitment to advancing technology in composite materials and automotive applications.

Conclusion

Larry Maxwell Bauman stands out as an influential inventor in the realm of composite manufacturing. His patented innovations not only enhance product performance in the automotive sector but also contribute to the sustainability and efficiency of materials used in this industry. As he continues to explore new ideas and applications, Bauman's work will undoubtedly leave a lasting impact on the field of engineering and manufacturing.