Metal Forming for Mechanical and Production Engineering: Theory and Numericals

Understanding how metals shape our world is a cornerstone of mechanical and production engineering. Whether you are preparing for technical examinations or aiming to work in manufacturing, mastering both the theoretical physics and the mathematical formulas of metal forming is essential. This text-based course bridges the gap between abstract metallurgical concepts and practical engineering calculations. You will transition from understanding how metals deform under stress to confidently solving complex numerical problems related to real-world forming processes. What you'll learn: - Understand foundational stress-strain relationships and plastic deformation theories. - Calculate forces, work, and power requirements for rolling, forging, extrusion, and drawing. - Analyze sheet metal working operations including bending, deep drawing, and shearing. - Solve step-by-step engineering numericals with clear written methodologies. - Explore modern simulation concepts and finite element analysis applications in forming. - Apply sustainable manufacturing principles to reduce material waste and energy consumption. The course begins with essential material science definitions and stress states before progressing to specific forming operations. Each section combines deep conceptual explanations with structured numerical walk-throughs to build your analytical skills. This course is designed for beginner mechanical, production, and industrial engineering students, as well as professionals seeking a structured refresher. No advanced prior knowledge of forming technology is required. Start reading today to master the mechanics of metal forming.