Efecto del Amperaje en la Microestructura de la Zona Afectada por el Calor de las Uniones Soldadas con el Proceso Gmaw en Espesores de 1/4 in 3/8 in Y 1/2 in de Acero A-36

Abstract

This study is basically focused on the characterization of the microstructural alterations of A-36 steel that occur in the execution of a welding application taking into account the essential, non-essential and additional variables involved in this practice, leading to gather experimental information phenomena present at the time of providing additional material at elevated temperatures in order to generate new knowledge about the area affected by the heat HAZ and its interface with the bonding metal, which in the specific case of semiautomatic welding solid wire with active or inert shielding gas (GMAW) or (Mig-Mag), just irregular formations occur at the interface of the base metal and weld metal, which respond and spread directly related to energy used to run the thermochemical attachment of the two materials, notably influencing the mechanical quality and durability of the assembly.