Evaluating equipment-dependent forging behavior of aluminum alloy

Abstract. Aluminum Alloy 6082, a member of the Al-Si-Mg series, is widely recognized for its excellent forgeability, making it a material of choice in critical applications such as the automotive and aerospace industries. This alloy is utilized in both cast and wrought forms, offering versatility in manufacturing processes. The present research investigates the influence of forging equipment on the microstructural evolution and hardness properties of AA6082. Experiments were conducted using different forging equipment, including a hydraulic press and a hammer, under both room temperature and warm temperature conditions. The study highlights the dependency of microstructure and hardness on the type of forging equipment employed, aiming to establish correlations between equipment-induced variations and the alloy's mechanical performance. The findings provide valuable insights into optimizing forging processes for AA6082, ensuring enhanced performance in its intended applications.