Geoff Melton

Granta Design (United Kingdom), The Welding Institute

Papers

Total Citations

113

H-Index

About

Geoff Melton is a leading figure in advanced manufacturing, whose work bridges the gap between autonomous robotics and high-performance materials. His research primarily focuses on wire arc additive manufacturing (WAAM) and intelligent welding systems for large-scale industrial fabrication. Melton’s most influential contribution is his seminal 2019 study on the “Influence of Interpass Temperature on WAAM of Aluminium Alloy Components,” which has garnered 99 citations. This work critically addressed the challenges of porosity, solidification cracking, and reduced mechanical properties in additively manufactured aerospace-grade aluminum, providing foundational process parameters that have shaped subsequent research in the field. Earlier, Melton pioneered autonomous welding with his 2005 paper on a mobile welding robot for large steel fabrications (14 citations), developed under the EC Framework V Growth program. This system integrated global vision and real-time control to enable the fabrication of customized, large-scale structures without human intervention. Through these contributions, Melton has advanced both the science of metal additive manufacturing and the practical deployment of intelligent robotic systems, making him a key innovator in modern industrial production.