Company Filing History:
Years Active: 1989-1998
Title: Innovations of David Robert Adams in the Piston Engineering Field
Introduction
David Robert Adams is a notable inventor based in Rugby, Great Britain. With a focus on enhancing the performance of piston technologies, Adams has created innovative solutions that aim to reduce wear and enhance efficiency in piston-ring designs. He holds two patents that reflect his inventive contributions to the field.
Latest Patents
Adams’ latest patents include a method for reducing wear between the radial faces of a piston ring and the corresponding piston ring groove in aluminum alloy pistons. This innovative method details the local alloying of the region where the piston ring groove’s radial faces are located. By increasing the concentration of strengthening elements, particularly nickel—which can be enhanced to about 12% through electron-beam melting—the durability of the pistons is significantly improved. Additionally, he developed a technique for etching chromium-coated piston rings, which involves creating relative movement and rubbing contact with a porous cathode while supplying the necessary electrical current and electrolyte.
Career Highlights
David Robert Adams currently works at Ae Plc, where he applies his expertise in piston technologies to drive innovative practices within the company. His career is marked by a commitment to improving mechanical components that play crucial roles in various industrial applications.
Collaborations
Throughout his career, Adams has collaborated with notable colleagues, including Jonathan D Philby and Johnathan D Philby. These partnerships have likely bolstered his innovative capabilities and led to a synergistic enhancement of their collective contributions to the field.
Conclusion
David Robert Adams stands as a distinguished figure in the realm of piston engineering. His two patents showcase a dedication to advancing technology that not only prolongs the life span of mechanical components but also enhances their performance. As innovations continue to evolve, Adams' contributions will undoubtedly play a significant role in shaping the future of piston design and manufacturing.