This paper presents an overview of the recent advances in optimization of die design
through finite element analysis for aluminum alloys of 6xxx series. The die design and …

Solid-state bonding is an important problem in hot extrusion process of aluminum alloy
profiles, especially for hollow section profiles. Predicting and decreasing the length of …

Reducing production scrap is vital for decarbonizing the aluminum industry. In extrusion, the
greatest source of scrap stems from removing profile sections containing transverse (charge) …

The thermal control and the maintenance of a uniform temperature in the extrusion process
of aluminum alloys is a crucial task in order to generate sound profiles with high press …

Increasing customer requirements for quality and productivity in extruding aluminum
products has led to the development of different types of extrusion dies. In this study, three …

Aluminum alloy profiles manufactured by semi-continuous porthole die extrusion have three
kinds of intrinsic features: longitudinal welds, transverse welds and back-end defects, which …

In the context of aluminum alloy extrusion, the presence of the skin contamination defect
imposes the scrap of the contaminated profile length due to its lower mechanical properties …

Charge weld greatly affects the rate of material utilization and the mechanical properties of
extruded profile. The evolution mechanisms of charge weld during porthole die extrusion of …

Nowadays, the liquid nitrogen cooling in aluminium extrusion is a widely adopted industrial
practice to increase the process productivity as well as to improve the extruded profile …

This paper deals with the extrusion of gear-like profiles and uses of finite element method
(FEM) and artificial neural network (ANN) to predict the extrusion load. In the study, gear-like …