Abstract
Metal forming is vital in many manufacturing industries for resizing and reshaping of raw metallic tubes and sheets. Conventional forming processes like forging, rolling, tube drawing and extrusion are associated with high-cost complex tools which are applicable for specific shape and size. High velocity deformation process utilizes impact energy for forming and deformation takes place at high velocity. This paper analyses the high velocity forming of 6061 aluminium tubes, formed under electromagnetic force. Numerical simulation is used to understand dynamic conditions of electromagnetic compressive forming.
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