Abstract: In this paper, the key assumptions in the MK and effective stress ratio models are investigated for AISI 1018 steel specimens with a thickness of 0.78 mm using experimental and numerical data from Marciniak tests. The ...

Abstract: Impact welding is a material processing technology that enables metallurgical bonding in the solid state using a high-speed oblique collision. In this study, the effects of thickness of the flier and collision angle on ...

Abstract: The tube flaring process has been traditionally used to expand one end of a tube without changing its crosssectional area. This simple process typically forms the product using a single punch. To delay failure and enhance ...

Abstract: Incremental sheet metal forming is known for its high flexibility, making it suitable for fabricating low-batch, highly customized complex parts. In this article, a localized multipass toolpath referred to as localized ...

Abstract: Magnetic pulse welding (MPW) is a solid-state welding process that bonds similar and dissimilar metals using a high velocity collision. In this paper, effects of impact velocity, target tube thickness, and mandrel inclusion ...