《振动破碎磨碎机械: 设计·分析·试验·仿真·实例》是由侯书军教授等撰写的振动利用工程领域的应用型技术专著, 由化学工业出版社出版。该著作共分10章, 第1章讲述了振动破碎磨碎过程的模型分析与试验, 第2~4章分别介绍了双腔颚式、双腔辊式、圆锥式振动破碎机的工作原理、动力学仿真分析、典型案例与性能试验, 第5~7章分别介绍了单筒双激、双筒单激、单筒单激双刚体振动磨的工作原理、动力学仿真分析、性能与试验研究等, 第8章介绍了偏心轴式高速摆振磨的工作原理、运动学与动力学建模与仿真分析、刚散耦合建模与仿真分析, 第9章介绍了异轴卧式超细分级磨的工作原理、气固耦合建模、工艺参数及结构参数仿真试验, 第10章介绍了振动破碎磨碎系统设计。该著作系统地总结了团队多年的创新性研究成果, 内容系统丰富, 理论与应用并重, 在一定程度上推动了振动利用工程学科的发展, 其中给出的大量工程设计案例对于从事相关科研和工作的人员都具有很高的参考价值。

Vibratory Crushing and Grinding Machinery: Design-Analysis-Test-Simulation-Examples is an applied technical monograph in the field of vibratory utilization engineering written by Prof. Hou Shujun and others and published by Chemical Industry Press. The work is divided into 10 chapters, Chapter 1 describes the model analysis and test of vibratory crushing and grinding process, Chapters 2-4 introduce the working principle, dynamics simulation analysis, typical cases and performance test of double-cavity jaw, double-cavity roll and cone vibrating crusher, Chapters 5-7 introduce the working principle, dynamics simulation analysis, performance and experimental study of single-cylinder double-excited, double-cylinder single- excited and single-cylinder single-excited double-rigid vibrating mill, etc. Chapter 8 introduces the working principle, dynamics simulation analysis, performance and experimental study of single-cylinder single- excited double-rigid vibrating mill, respectively. Chapter 8 introduces the working principle, kinematics and dynamics modeling and simulation analysis, rigid-scattered coupling modeling and simulation analysis of eccentric shaft type high-speed oscillating vibration mill, Chapter 9 introduces the working principle, gassolid coupling modeling, process parameters and structural parameters of heterocoastal horizontal ultrafine classification mill simulation test, and Chapter 10 describes the design of vibratory crushing and milling system. The work systematically summarizes the team's years of innovative research results, systematic and rich in content, theory and application, to a certain extent, to promote the development of the discipline of vibration utilization engineering, which gives a large number of engineering design cases for the personnel engaged in related scientific research and work are of high reference value.