THE ROLE OF SIMULATION AND ASSOCIATED EXPERIENCES IN DEVELOPMENT OF WELDING TECHNOLOGY
Published in GÉP 2026/3-4
https://doi.org/10.70750/GEP.2026.3-4.8
Dömötör Dávid
duális mérnök hallgató ZalaZONE Ipari Park Zrt.
Nagy Dávid
duális mérnök hallgató ZalaZONE Ipari Park Zrt.
Tóth Dániel
vezető mérnök TC-Zone Mérnöki Kft.
Horváth Dániel
vezető mérnök TC-Zone Mérnöki Kft.
Dr. Háry András
vezérigazgató ZalaZONE Ipari Park Zrt.
ABSTRACT
This study presents a comprehensive analysis of the laser welding process for high-purity copper, focusing on a simulation environment based on the finite element method (FEM). The combined application of physical validation and simulated welding enables the reduction of manufacturing defects, optimization of parameters, and significant reduction of development time and costs. The paper shows the experiences and learnings of welding technology simulation of an industrial component.
