Adrian Addison

Papers

Total Citations

129

H-Index

About

Adrian Addison is a leading researcher in advanced manufacturing, specializing in wire arc additive manufacturing (WAAM) for high-performance metallic components. His work focuses on optimizing process parameters—such as interpass temperature—to overcome critical challenges like porosity, solidification cracking, and reduced mechanical properties in additively manufactured alloys. His most cited paper, "Influence of Interpass Temperature on WAAM of Aluminium Alloy Components" (2019, 99 citations), demonstrates how precise thermal control can enhance the structural integrity of aerospace-grade aluminum parts, positioning WAAM as a viable alternative to traditional forging and machining. Addison’s research also extends to steel and stainless steel structures, as shown in his 2019 study on mechanical properties (30 citations), which provides foundational data for industrial adoption. His contributions are pivotal for sectors demanding lightweight, high-strength components, including aerospace and automotive. By systematically linking process variables to material behavior, Addison has advanced the reliability and scalability of WAAM, earning recognition among peers for bridging the gap between laboratory innovation and real-world application. His work continues to inform next-generation additive manufacturing standards.