Based on the above constitutive regression, a numerical model material library in the form of strain compensation for pure molybdenum was developed, and the two common unidirectional hot rolling (UHR) and cross hot rolling (CHR) The two processes are simulated and compared to analyze the difference of the temperature field in the rolling deformation zone, and the additional stress/strain field is used to explain the objective reason for the formation of the equivalent field. The infrared pyrometer measures the surface temperature of the board to improve the accuracy of the model temperature field. Finally, the study focuses on the influence of different processing parameters on the depth of the surface chilled layer, the additional tensile/compressive stress in the width direction and the plastic strain in the rolling direction. Verification test part: The size of the molybdenum slab (initial average grain size: approximately: 24 μm) prepared by Jinduicheng Molybdenum Industry Co., Ltd. is 13.2 × 50 × 100 mm, 2 pieces. In a heating furnace protected by a hydrogen atmosphere, they are heated to 1320 °C and homogenized.
