Computational Abrasive Wear
Buch in deiner Nähe kaufen
Beschreibung
This book provides a comprehensive overview of abrasive wear, one of the most common forms of wear in industrial and agricultural production, which consumes vast amounts of materials and energy and contributes to environmental pollution. From crushers and ball mills in the cement and metallurgical industries to coal mills in the power sector, as well as the wear of vehicle tires and gears, abrasive wear plays a critical role in both energy consumption and material loss.
The study of abrasive wear belongs to the broader field of tribology, a multidisciplinary discipline that requires collaboration among physicists, chemists, mechanicians, materials scientists, and mechanical engineers. Reflecting this diversity, this book integrates knowledge from mechanics, physics, materials science, and computational methods, including contact mechanics, fatigue theory, finite element analysis, Monte Carlo simulations, and molecular dynamics.
Drawing on the author’s decades of research and incorporating findings from other scholars, this book aims to provide a preliminary understanding of the fundamental processes of abrasive wear. More importantly, it seeks to offer researchers and practicing engineers new perspectives and practical guidance for tackling real-world problems.
This book is intended for graduate students, academic researchers, and industry professionals engaged in tribology, physics, materials science, mechanical engineering, and related fields.
This book provides a comprehensive overview of abrasive wear, one of the most common forms of wear in industrial and agricultural production, which consumes vast amounts of materials and energy and contributes to environmental pollution. From crushers and ball mills in the cement and metallurgical industries to coal mills in the power sector, as well as the wear of vehicle tires and gears, abrasive wear plays a critical role in both energy consumption and material loss.
The study of abrasive wear belongs to the broader field of tribology, a multidisciplinary discipline that requires collaboration among physicists, chemists, mechanicians, materials scientists, and mechanical engineers. Reflecting this diversity, this book integrates knowledge from mechanics, physics, materials science, and computational methods, including contact mechanics, fatigue theory, finite element analysis, Monte Carlo simulations, and molecular dynamics.
Drawing on the author’s decades of research and incorporating findings from other scholars, this book aims to provide a preliminary understanding of the fundamental processes of abrasive wear. More importantly, it seeks to offer researchers and practicing engineers new perspectives and practical guidance for tackling real-world problems.
This book is intended for graduate students, academic researchers, and industry professionals engaged in tribology, physics, materials science, mechanical engineering, and related fields.
Focuses on the application of mechanics, physics, materials science, and computational methods to abrasive wear Provides a preliminary understanding of the fundamental processes of abrasive wear Covers contact mechanics, fatigue theory, the finite element method, the Monte Carlo method, and molecular dynamics
Autor*in
Liang Fang
Themen in »Computational Abrasive Wear«
Mechanical Basis of Wear Properties of Abrasives Abrasive Particle Characterization Contact Mechanics Perspective Industrial Wear Examples Fast Fourier Transform Method Two-Body Wear Process