Manufacturing an‎d mechanical properties of two-layer copper-magnesium sheets(MgLz91-Cu) using roll bonding method

4/25/2027 12:00:00 AM

My research investigates the Manufacturing an‎d mechanical properties of two-layer copper-magnesium sheets(MgLz91-Cu) using roll bonding method The experimental work consisted of preparing surfaces, controlled rolling at four different temperatures, namely room temperature, 200°C, 300°C, an‎d 350°C, an‎d mechanical an‎d metallurgical characterization. Mechanical tests were performed to assess the mechanical properties of tensile strength, hardness & bonding. The microstructure analysis of the materials was done using scanning electron microscope (SEM) an‎d energy-dispersive x-ray spectroscopy (EDX). Through rolling an‎d temperature management, metallurgical bonding between MgLZ91 an‎d copper can be accomplished, according to the results. SEM analysis confirmed a strong contact surface while EDS analysis showed only limited an‎d controlled intermetallic compound formations. Tests showed contact surface is stronger an‎d more stable than the base magnesium alloy. All things considered, the rolling bonding process is effective for producing MgLZ91/Cu laminated composites with enhanced characteristics. The findings provide information on the interaction behaviour of magnesium an‎d copper systems an‎d assist the development of lightweight, high-strength, high-performance laminated composites.

خواص ساخت و مكانيكي؛ , مس-منيزيم؛ , ورق‌هاي دولايه؛ , اﺗﺼﺎل نوردي

: manufacturing an‎d mechanical properties; , Copper-magnesium; , bilayer sheets; , roll bonding

Mohammed abdulrazzaq

Ramin Hashemi