Reynier Inocente Revilla Castillo

Reynier Inocente Revilla Castillo is a postdoctoral researcher in Sustainable Materials Engineering, specializing in corrosion mechanisms of additively manufactured materials. His work focuses on understanding microstructural effects on corrosion resistance, particularly in stainless steels and nickel-based alloys. He has contributed to projects such as EUOA2 (Open Corrosion Data for Additively Manufactured Alloys) and collaborated on AFM-based nanobiotechnology platforms (HERC52/OZR3564/OZR3587). His research integrates electrochemical analysis, microstructural characterization, and materials engineering to address challenges in corrosion mitigation and material durability. He has presented findings at international conferences, including discussions on lithium-ion battery characterization via Kelvin Probe Force Microscopy.

• Primary affiliations: Sustainable Materials Engineering Department
• Key technical areas: Pitting corrosion, passivity mechanisms, additive manufacturing repair, and microstructural analysis

Recent studies investigate carbon variation effects in Alloy 718 and heat treatment impacts on 316L stainless steel. His work aligns with EU-funded initiatives promoting open corrosion data and durable materials innovation.