Rotary kiln health maintenance theory and technology

Author: Li Xuejun
Publisher:
Publish Date: 2005-01-01
Features: A rotary kiln is a heavy-load, high-torque, multi-pivot, and statically indeterminate operating system. It is a core equipment in the production processes of industries such as metallurgy, chemical engineering, and building materials. A single kiln shutdown accident can disrupt the entire production process, causing significant economic losses. This book is oriented toward engineering applications, focusing on the relationship between the operating axis of a rotary kiln and its roller support forces, the axial motion of the kiln body, the strength and lifespan of main components, and product quality. The entire book systematically discusses the theory and methods of implementing health maintenance for rotary kiln equipment, addressing mechanical failures and safety accidents that occur during operation. It provides detailed introductions to modeling the load distribution of kiln rollers, stress distribution in main components, axial motion control, health maintenance strategies and modeling, parameter optimization for kiln adjustment, health maintenance detection technologies, and the information management system for rotary kiln health maintenance. This book serves as a valuable reference or guide for engineering technicians engaged in rotary kiln equipment management and maintenance in industries such as cement, metallurgy, chemical engineering, building materials, and environmental protection. It is also an important reference work for university teachers, graduate students, and researchers involved in the dynamic monitoring and maintenance of mechanical systems.