Analyzes up-milling, down-milling, indexing heads, and gear-cutting calculations.
Coverage of centre lathes, special-purpose lathes, reciprocating machine tools (shapers, slotters, and planers), milling machines, and hole-making operations (drilling and boring). Finishing Processes:
: Introduction to non-traditional machining methods and automation. Key Topics and Structural Breakdown 1. Theory of Metal Cutting
Author: P.N. Rao Publisher: McGraw Hill Education
At the heart of subtractive manufacturing is the physics of material removal. Dr. P.N. Rao dedicates extensive chapters to explaining how a tool interacts with a workpiece to form chips. manufacturing technology volume 2 - P.N Rao
Useful as a quick reference for understanding the mechanics of traditional machine tools.
That weekend, Arjun took the book home. He didn't just read the chapters; he visualized the "Tool Maker’s Microscope" and the "Geometry of Single Point Cutting Tools" as if they were maps to a hidden city. He spent hours sketching the mechanics of grinding wheels, trying to understand the physics of 'grit' and 'grade' that Rao described so meticulously.
The book connects classroom theories to real factory work.
Here is a structured for the key topics typically covered in Volume 2, based on Rao’s standard syllabus pattern. Key Topics and Structural Breakdown 1
A detailed look at peripheral and face milling, column and knee-type millers, and universal milling attachments.
: The text covers the economic aspects of manufacturing by discussing crater wear, flank wear, and thermal degradation. It uses Taylor's Tool Life Equation ( ) to show the relationship between cutting speed ( ) and tool longevity ( 2. Traditional Machine Tools and Operations
Manufacturing is incomplete without quality control. The final sections of the book focus on ensuring components meet strict engineering tolerances.
Here are topics from the book and the types of papers that correspond to them: or simply pass your university exams
The book is structured to guide readers from the theoretical mechanics of cutting to the practical application of industrial machine tools. Key areas covered include: Google Books Theory of Metal Cutting
The 4th edition of Manufacturing Technology Vol. 2 , published in July 2018 by McGraw Hill Education, is not just a reprint but a significant revision. It brought several new features and updates to the table, including:
Its strength lies in its relentless focus on the physics of manufacturing—forces, heat, friction, and geometry. Whether you are trying to reduce tool wear on a CNC lathe, design a jig for a milling operation, or simply pass your university exams, Rao’s Volume 2 provides the structured, rigorous knowledge required.