Machining Principles for Shape Generation of Metals 1st Edition

Capture the science behind metal shaping with Machining Principles for Shape Generation of Metals, 1st Edition by Yuji Furukawa. This authoritative guide translates complex machining theory into clear, actionable knowledge for engineers, machinists, students, and manufacturing professionals.

Begin with a concise explanation of fundamental mechanisms—material deformation, cutting mechanics, tool-work interactions—and move into practical methods for generating precise shapes in metals. The book bridges theory and practice with lucid explanations, illustrative diagrams, and real-world examples that clarify processes from conventional milling and turning to advanced CNC strategies and form generation. Emphasis on precision machining, surface integrity, and process optimization makes this edition a valuable resource for industries where tolerances and repeatability matter.

Readers gain tools to diagnose machining issues, select optimal cutting parameters, and enhance productivity while minimizing waste. Whether you work in aerospace, automotive, die-and-mold, or general metalworking, Furukawa’s insights support better decision-making on the shop floor and in design offices alike. Global in scope, the techniques are applicable across manufacturing hubs—from Japan and Germany to the United States, China, and India—making it a practical reference for an international audience.

Clear, professional, and technically rich, this 1st Edition is designed to sit on the engineer’s desk and be used daily. Add Machining Principles for Shape Generation of Metals by Yuji Furukawa to your library to sharpen skills, improve outcomes, and advance your precision machining practice.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.