Abstract:Thermal simulation compression experiments based on different experimental parameters of the amorphous alloy was carried out by utilizing Gleeble 3500 thermal simulation compression machine to study the thermoplastic forming properties of [Zr0.73(Cu0.59Ni0.41)0.27]87Al13 amorphous alloy and have corresponding thermal processing map drawn. Results are indicative of that newtonian rheology evolves into non-newtonian rheology occurred during the process of compression, and production of crystallization can be triggered by various thermal processing temperature. Power dissipation diagram and rheological instability diagram based on different thermoplastic forming parameters go with the further analysis of the data, thus, a corresponding thermal processing map can be constructed, which shows that the optional thermoplastic processing parameters for the alloy are temperatures from 420°C to 430°C and strain rates of 10-3s-1, for higher power dissipation factor and no instability zone based on above-mentioned thermal processing parameters.