Chemical Machinery Engineering Handbook (Volume 1)

Author: Yu Guocong
Publisher:
Publish Date: 2003-01-01
Features: The Chemical Machinery Engineering Handbook was listed by the General Administration of Press and Publication as a "Nineth Five-Year Plan" National Key Book. Edited by Professor Yu Guocong, an academician of the Chinese Academy of Sciences, and involving the work of over 100 chemical machinery experts, the handbook is published in three volumes: Upper, Middle, and Lower. The handbook sets its content framework according to the discipline system of chemical machinery engineering and related engineering knowledge. The Upper Volume covers the theoretical foundations of chemical machinery, including solid mechanics, machine dynamics, fluid mechanics, engineering thermodynamics, and other mechanical foundations, as well as principles of heat transfer and mass transfer, structural materials, pressure vessels, and pipelines. The Middle Volume focuses on chemical process machinery and equipment, including pumps, compressors, industrial steam turbines, heat exchange equipment, heating furnaces, distillation and absorption towers, extraction equipment, drying equipment, crystallization equipment, membrane devices, mechanical separation equipment, crushing machinery, agglomeration granulation and classification equipment, solid material storage and conveying machinery, mixing and blending equipment, reactors, refrigeration, low-temperature equipment, and heat pumps, as well as industrial waste treatment equipment. The Lower Volume covers the practical operations of chemical machinery and related engineering content, including the manufacturing, installation, and management of chemical machinery, control engineering, and computer applications.
In the structural materials section, it discusses the deterioration, damage, improvement, and protection methods of materials from the perspective of chemical environmental conditions, as well as material selection, summarizing the application experience of chemical machinery materials in industrial practice. The pressure vessels and pipelines section primarily introduces the structure, stress analysis, calculation, and design of cylindrical, spherical, and horizontal vessels, as well as the layout and calculation of pipelines and their components, based on the latest national standards and industrial practices. The chemical process machinery and equipment section emphasizes the structural types, components, and design calculations of chemical machinery and equipment. The manufacturing, installation, and management section of chemical machinery describes the technical characteristics and key points of manufacturing, maintenance, and installation, while introducing modern equipment reliability analysis, condition diagnosis, and safety assessment techniques. The control engineering and computer applications section explains the principles of process control, computer hardware, software, and language knowledge, as well as the application of control technology in the continuous and automated operation of chemical machinery, and the use of computer-aided design and computer-aided analysis in the design, operation, and control of chemical machinery.
The handbook compiles all professional knowledge in the field of chemical machinery, reflecting the practical experience in research, design, and operation of chemical machinery. It is grounded in the discipline and oriented toward engineering practice. The content and arrangement strive to reflect the latest technologies, new materials, and trends in chemical machinery in recent years, while ensuring consistency and continuity with its sister volume, the Chemical Engineering Handbook. The target readers of the handbook are chemical machinery professionals with university or university graduate-level qualifications, making it suitable for teaching, research, design, production, and management personnel.
The Chemical Machinery Engineering Handbook was listed by the General Administration of Press and Publication as a "Nineth Five-Year Plan" National Key Book. Edited by Professor Yu Guocong, an academician of the Chinese Academy of Sciences, and involving the work of over 100 chemical machinery experts, the handbook is published in three volumes: Upper, Middle, and Lower. The handbook sets its content framework according to the discipline system of chemical machinery engineering and related engineering knowledge. The Upper Volume covers the theoretical foundations of chemical machinery, including solid mechanics, machine dynamics, fluid mechanics, engineering thermodynamics, and other mechanical foundations, as well as principles of heat transfer and mass transfer, structural materials, pressure vessels, and pipelines. The Middle Volume focuses on chemical process machinery and equipment, including pumps, compressors, industrial steam turbines, heat exchange equipment, heating furnaces, distillation and absorption towers, extraction equipment, drying equipment, crystallization equipment, membrane devices, mechanical separation equipment, crushing machinery, agglomeration granulation and classification equipment, solid material storage and conveying machinery, mixing and blending equipment, reactors, refrigeration, low-temperature equipment, and heat pumps, as well as industrial waste treatment equipment. The Lower Volume covers the practical operations of chemical machinery and related engineering content, including the manufacturing, installation, and management of chemical machinery, control engineering, and computer applications.
In the structural materials section, it discusses the deterioration, damage, improvement, and protection methods of materials from the perspective of chemical environmental conditions, as well as material selection, summarizing the application experience of chemical machinery materials in industrial practice. The pressure vessels and pipelines section primarily introduces the structure, stress analysis, calculation, and design of cylindrical, spherical, and horizontal vessels, as well as the layout and calculation of pipelines and their components, based on the latest national standards and industrial practices. The chemical process machinery and equipment section emphasizes the structural types, components, and design calculations of chemical machinery and equipment. The manufacturing, installation, and management section of chemical machinery describes the technical characteristics and key points of manufacturing, maintenance, and installation, while introducing modern equipment reliability analysis, condition diagnosis, and safety assessment techniques. The control engineering and computer applications section explains the principles of process control, computer hardware, software, and language knowledge, as well as the application of control technology in the continuous and automated operation of chemical machinery, and the use of computer-aided design and computer-aided analysis in the design, operation, and control of chemical machinery.
The handbook compiles all professional knowledge in the field of chemical machinery, reflecting the practical experience in research, design, and operation of chemical machinery. It is grounded in the discipline and oriented toward engineering practice. The content and arrangement strive to reflect the latest technologies, new materials, and trends in chemical machinery in recent years, while ensuring consistency and continuity with its sister volume, the Chemical Engineering Handbook. The target readers of the handbook are chemical machinery professionals with university or university graduate-level qualifications, making it suitable for teaching, research, design, production, and management personnel.