工业过程的建模是系统设计、分析、仿真和先进控制必不可少的基础，具有重要的作用，没有模型就不可能实施先进有效的控制，建模一直是理论研究和实际应用的重点。本课程旨在使学生掌握工业生产过程建模的理论和方法，为先进控制的应用奠定坚实的基础。主要教学内容包括：（1）介绍建模的意义、作用、模型的类别、用途及建模的主要方法等；（2）详细讨论精馏过程的工作原理、稳态计算、动态模型的构建；（3）介绍各类反应装置的特点和分析方法，重点讨论均相反应动力学方程、计算和动态建模的几种处理方法；（4）介绍蒸发过程的原理、稳态计算和动态建模的方法；（5）介绍气体吸收过程的原理、装置和计算方法；（6）介绍萃取过程的工作原理、计算方法；（7）介绍干燥过程的工作原理、计算方法。

The modeling for industrial processes plays an important role in system design, analysis, simulation and advanced control applications. Without suitable models, it is impossible to realize advanced control. The modeling is always the focus of theoretical study and applications. This course aims to provide the students with processes principles and modeling methods.The contents include: (1) introduces the significance, role of models, and ways of modeling; (2)discusses the principle, stable state calculation and dynamic modeling in detail; (3)introduces several kinds of reactors and their analytical methods, with the focus on kinetics, calculation and dynamic modeling for homogeneous reactions; (4) discusses the principles of evaporation, stable state calculation and dynamic modeling; (5)introduces the principles of gas absorption, equipments and calculation methods; (6) discusses the principle of liquid extraction, calculation methods; (7)introduces the principle of drying of solids and calculation.