Analysis of plastic deformation of Al6063, Magnesium AZ91C and commercially used Titanium alloys using ECAP

Characterization of microstructure and texture of binary Mg-Ce alloy processed by equal channel angular pressing

“…Besides, the Mg low melting point (Tm = 650 °C) and its relatively low recrystallization temperature (0.5Tm) promote the occurrence of DRX during hot processing. However, experimental reports show that ECAP processing parameters like type of route, deformation temperature, number of passes and die geometry greatly influence the final microstructure, texture development, and mechanical properties [14][15][16][17][18][19][20]. For example, route BC, in which the sample is rotated by 90° after each pass, is the most effective route for grain refinement [21].…”

Simulation of deformation behaviour of Aluminium 7075 during Equal Channel Angular Pressing (ECAP)

“…It can be inferred from the existing literature that most of the ECAP studies have focused on light materials such as aluminium and its alloys, magnesium and its alloys and brass and its alloys. However, a few studies are reporting on super-alloys and advanced materials such as pure titanium [9]- [12], titanium composites and alloys [13]- [15], Niobium and Tantalum [16], etc.…”