本文侧重对烧结过程基础理论的定量研究,利用系统工程的方法开发了既能准确模拟烧结过程,又具有结构简单、计算简便、迅速等特点的烧结机理模型(STM)。 论文提出了对烧结过程的整体化仿真研究方法,克服了传统STM缺乏自修正能力的缺陷,实现了模型参数与决策变量的闭环可调性,这对STM实现二次建模和工程最优控制打下了基础。开发了迅速求解 This dissertation focuses on the quantitative research of the basic theory of sintering process, and uses the systematic engineering method to develop a sintering mechanism model (STM) that can accurately simulate the sintering process, as well as simple structure, simple calculation, rapidity and so on. The dissertation proposes a holistic simulation research method for the sintering process, overcomes the shortcomings of the traditional STM lack of self-correction ability, and achieves the closed-loop tunability of the model parameters and the decision variables. This makes it possible to realize the secondary modeling and engineering optimal control Laid the foundation. Developed for quick solution