Analysis of Machining and Machine Tools

Includes coverage of traditional and non-traditional machining based on energy beams, abrasives and fluids

Includes advanced level material with an emphasis on analytical and quantitative reasoning

Contains detailed examples and homework problems

Provides case studies from the automotive and aerospace industry that help illustrate key points and allow readers to see the concepts discussed in a real world setting

Autorentext

Steven Y. Liang is Morris M. Bryan, Jr. Professor in Mechanical Engineering for Advanced Manufacturing Systems at Georgia Institute of Technology, USA.

Albert J. Shih is Professor in Mechanical Engineering, Biomedical Engineering, and Integrative Systems + Design (ISD) at the University of Michigan, USA. He is the Associate Chair of ISD and Director of the Global Automotive and Manufacturing Engineering Program.

Klappentext

This book delivers the fundamental science and mechanics of machining and machine tools by presenting systematic and quantitative knowledge in the form of process mechanics and physics. It gives readers a solid command of machining science and engineering, and familiarizes them with the geometry and functionality requirements of creating parts and components in today's markets. The authors address traditional machining topics, such as:

• single and multiple point cutting processes

• grinding
• components
• accuracy and metrology
• shear stress in cutting
• cutting temperature and analysis

• chatter They also address non-traditional machining, such as:

• electrical discharge machining
• electrochemical machining

• laser and electron beam machiningA chapter on biomedical machining is also included. This book is appropriate for advanced undergraduate and graduate mechanical engineering students, manufacturing engineers, and researchers. Each chapter contains examples, exercises and their solutions, and homework problems that reflect practical industrial applications. The authors provide a platform for mastering the basic theories and fundamental principles of machining so that readers will be able to effectively handle new materials, tools, machines, and configurations long after they put the book down.

  Inhalt
  Introduction.- Single Point Cutting Processes.- Multiple Point Cutting Processes.- Grinding Processes.- Machine Tool Components.- Machine Tool Accuracy and Metrology.- Mechanics of Machining.- Shear Stress in Cutting.- Cutting Temperature and Thermal Analysis.- Machine Tool Chatter.- Electrical Discharge Machining.- Electrochemical Machining, Chemical Machining and Chemical Mechanical Polishing Processes.- Laser and Electron Beam Machining.- Biomedical Machining.