Theory and Methods of Metallurgical Process Integration 冶金流程集成理论与方法（英文版）

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内容简介

本书是一本关于冶金过程工程理论与工程运行实践并重的专著。作者近年来对冶金流程动态运行的物理本质进行了深入的理论探索，以三类物理系统为理论基础，阐述了流程动态运行的基本概念、要素和规律，讨论了制造流程中物质流、能量流、信息流相互作用和协同运行的关系，提出了建立新一代钢铁制造流程的理论框架和钢厂动态精准设计的概念、理论和方法。从理论上论证了新一代钢铁制造流程应具有三个功能，即钢铁产品制造功能、能源转换功能、废弃物消纳—处理和再资源化功能。

目录

Preface

Chapter1 Introduction

Chapter2 Concept and the ory of dynamic operation of the manufacturing process

2.1 Process system and basic concepts

2.2 Process engineering and manufacturing process engineering

2.3 Physical essence of dynamic operation for manufacturing process system

2.4 Dynamic operation process and physical levels of process system

2.5 Evolution of thermodynamics

2.6 Opening system and dissipative structure

Chapter 3 Basic elements for dynamic operation of the steel manufacturing process

3.1“Flow”of manufacturing process——massflow, energy flow, information flow

3.2 Relationship between mass flow and energy flow

3.3 Mass flow energy flow and information flow

3.4 Manufacturing process“network”

3.5 Program of manufacturing process operation

3.6 Dissipation indynamical and orderly operation system

3.7 Forms of time in steel manufacturing process and their connotation

3.8 Contents and objectives for dynamic operation of steel manufacturing process

Chapter4 Characteristics and analysis of the dynamic operation of steel manufacturing process

4.1 Research method of dynamic operation process

4.2 Dynamic operation and structure optimization of process system

4.3 Self-organization of manufacturing process and hetero-information organization

4.4 Dynamic operation of mass flow and time-space management

4.5 Function and behavior of energy flow, and energy flow network in steel manufacturing process

Chapter5 Dynamic precise design and integration theory of steel plants

5.1 Tradition of present status of design

5.2 Engineering design

5.3 Design theory and methodology for steel plants

5.4 Dynamic precise design of steel plants

5.5 Integration and structure optimization

Chapter6 Casestudies

6.1 Blastfurnaceen largement and the structure optimization of steel manufacture process

6.2 Interface technique between BF-BOF and multi-functional hotmetalladle

6.3 Full pretreatment (De-S, De-Si, De-P) of hotmetal and high efficiency and low cost clean steel production platform

6.4 Optimization of interface technique between continuous casting and barmill

Chapter7 Engineering thinking and new generation steel manufacturing process

7.1 Engineering thinking

7.2 Engineering evolution

7.3 Thinking & studying on new generation steel manufacturing process

7.4 Consideration of the development trend of metallurgical engineering from the viewpoint of engineering philosophy