Cedeño-Viveros, Luis Daniel

academic article in scopus

• Laser polishing for surface enhancement of AISI 316 L parts fabricated by laser powder bed fusion.  Progress in Additive Manufacturing.  11:2781-2799. 2026
• Publisher Correction: Laser polishing for surface enhancement of AISI 316 L parts fabricated by laser powder bed fusion (Progress in Additive Manufacturing, (2026), 10.1007/s40964-025-01495-6).  Progress in Additive Manufacturing.  11:4579-4581. 2026
• Impact of process parameters and cutting direction on surface integrity and microstructure in fiber laser micro-cutting of Nitinol stents.  International Journal of Advanced Manufacturing Technology.  140:4139-4153. 2025
• A novel mathematical model for predicting a sustainable selective laser melting and controlled densification.  International Journal of Sustainable Engineering.  17:1-11. 2024
• A process chain study for manufacturing nitinol stents.  Procedia CIRP.  125:260-265. 2024
• Numerical analysis of static and dynamic heat source model approaches in laser micro spot welding.  International Journal of Advanced Manufacturing Technology.  132:4417-4434. 2024
• A novel method for the fabrication of tubular WE43 magnesium scaffold based on laser micro-spot welding.  Engineering Science and Technology an International Journal.  34. 2022
• Characterization of porous scaffolds fabricated by joining stacking based laser micro-spot welding (JS-LMSW) for tissue engineering applications.  Materials.  15. 2022
• Influence of process parameters for sheet lamination based on laser micro-spot welding of austenitic stainless steel sheets for bone tissue applications.  International Journal of Advanced Manufacturing Technology.  115:247-262. 2021
• Laser micro-welding of AZ92A magnesium wires using a fiber-laser: A preliminary study.  Procedia CIRP.  89:33-38. 2020
• Laser micro-spot welding of AISI 302 stainless steel sheets.  Proceedings of SPIE - The International Society for Optical Engineering.  10520. 2018