Turbine-type compressor

Author: Huang Zhongyue Huang Zhongyue Wang Xiaofang Wang Xiaofang
Publisher:
Publish Date: 2004-08-01
Features: This book briefly introduces the gas thermodynamics and gas dynamics fundamentals of turbocharger compressors, systematically discusses the basic structure, working principles, performance curves and adjustment methods, unstable operating conditions and surge control principles, as well as operational-related knowledge of turbocharger compressors. The book also specifically introduces the structure and characteristics of typical compressors in imported large-scale chemical fertilizer plants and ethylene plants. It reflects some recent advancements in the design methods and structural features of turbocharger compressors, such as dry gas seals, magnetic suspension bearings, gas bearings, and the application of digital direct control systems, among others. Additionally, it includes some new achievements in performance research on turbocharger compressors by the authors' teaching and research office in recent years, and introduces the "General Software System for Thermodynamic Performance Evaluation of Turbocharger Compressors (CPES-03)." The book is rich in content, combines theory with practice, and presents its discussions in an accessible manner. It can serve as a reference for scientific research and engineering technicians engaged in the research, design, operation, and management of turbocharger compressors, as well as a textbook or teaching reference for relevant majors in higher education institutions. This book briefly introduces the gas thermodynamics and gas dynamics fundamentals of turbocharger compressors, systematically discusses the basic structure, working principles, performance curves and adjustment methods, unstable operating conditions and surge control principles, as well as operational-related knowledge of turbocharger compressors. The book also specifically introduces the structure and characteristics of typical compressors in imported large-scale chemical fertilizer plants and ethylene plants; it reflects some recent advancements in the design methods and structural features of turbocharger compressors, such as dry gas seals, magnetic suspension bearings, gas bearings, and the application of digital direct control systems, among others. It also includes some new achievements in performance research on turbocharger compressors by the authors' teaching and research office in recent years, and introduces the "General Software System for Thermodynamic Performance Evaluation of Turbocharger Compressors (CPES-03)." The book is rich in content, combines theory with practice, and presents its discussions in an accessible manner. It can serve as a reference for scientific research and engineering technicians engaged in the research, design, operation, and management of turbocharger compressors, as well as a textbook or teaching reference for relevant majors in higher education institutions.