As to demands of automatic position control system, a model of system mathematics was set up. Control algorithm of precise forging machine orientation is studied.
针对位置自动控制系统的要求，建立了系统数学模型，研究了精锻机控制系统的定位控制算法。
However, the developed CA model has only investigated qualitatively without considering influences of grain topology deformation and coupling deformation parameters and exact forging.
但是，现有元胞自动机模型不考虑晶粒拓扑形变的影响、没有结合工艺参数及具体锻件而仅仅进行定性探索。
Based on the principle of optimum design, an optimization mathematical model of forging multi-pieces for saving material has been advanced.
本文根据最优化设计原理，推导并建立了大锻件多件拼锻节材的最优化数学模型。
应用推荐