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This textbook offers a deep dive into the mathematical modeling and algorithmic calculation of deformation and force parameters for metal forming processes. Authored by Roman Lvovich Shatalov and Alexey Grigorievich Matveev, the guide covers five primary process categories: forging, stamping, drawing, sheet and section rolling, as well as hot helical and cold periodic pipe rolling, and metal extrusion.
The book systematically presents both traditional and modern methods for calculating force indicators and equipment loads. Its proposed algorithms are designed to be applicable for developing computer programs and Computer-Aided Design (CAD) systems. To reinforce learning, the text includes practical calculation examples, research and design projects for key OMD (Metal Forming by Pressure) parameters, along with control assignments and self-test questions.
This resource is tailored for students in mechanical engineering, materials technology, metallurgy, and technological machinery. It also serves as a practical reference for process engineers and mechanical engineers in metallurgical and machine-building industries, as well as for postgraduate researchers engaged in designing optimal conditions for the plastic deformation of metals and alloys.