Thomas C Wilder

Title: **Innovations of Thomas C. Wilder: Pioneering Advances in Electrical Conductors and Composite Materials**

Introduction

Thomas C. Wilder, based in Cambridge, MA, is an inventive force in the field of materials engineering. With a total of five patents to his name, he has significantly contributed to advancements in the production of composite materials and electrical conductors. His expertise has notably influenced his work at Kennecott Copper Corporation, where he continues to innovate and develop groundbreaking technologies.

Latest Patents

Wilder's recent patents reflect his innovative approach to materials science. One notable patent is for an **Apparatus and process for producing copper-boron carbide composite**. This invention utilizes a vertical electrolytic cell that enables the codeposition of copper and boron carbide particles. In this setup, a metal substrate serves as a cathode, positioned below a copper anode within an electrolyte of copper ions. The unique process allows boron carbide particles to settle onto the substrate surface during the electroplating process, becoming entrapped in a growing copper matrix. Wilder's design emphasizes uniform distribution of particles, enhanced by a plurality of stirrers to facilitate the settling process effectively.

Another significant patent is for a **Method of manufacturing flexible electrical conductor**. This invention describes an electrical conductor composed of a series of elongate filaments, with a non-circular cross-section, arranged to create a smooth exterior surface. The continuous electroforming technique used in this method allows for the creation of high-density filaments. After the filaments are stripped from the cathode upon which they are deposited, they are twisted and compacted to form a strand that boasts both electrical conductivity and an aesthetically pleasing finish.

Career Highlights

Throughout his career, Thomas C. Wilder has focused on advancing the capabilities of electrical materials and composite structures. His work at Kennecott Copper Corporation has positioned him at the forefront of innovation, allowing him to collaborate with other skilled engineers and scientists. His contributions enable numerous applications in various industries, particularly in electronics and manufacturing.

Collaborations

Wilder has had the opportunity to work alongside talented professionals, including Kenneth W. McGrath and David W. Marshall. These collaborations have fostered an environment of creative problem-solving and expansive thinking, often leading to discoveries that push the boundaries of current technology.

Conclusion

Thomas C. Wilder's inventive spirit and dedication to advancing material science have resulted in significant innovations that impact the field of electrical conductors and composite materials. His latest patents showcase his commitment to enhancing manufacturing processes and product quality. As he continues his work at Kennecott Copper Corporation, Wilder remains a key player in shaping the future of materials engineering.