The goal of this course is to achieve a deep comprehension on the principles of plastic deformation of metals, as well as the most common technological processing of metals (bulk and sheet). The fundamentals of plastic deformation are presented and the main plastic deformation processes in industry are discussed. Tools for the texture analysis of deformed metals and some theoretical tools to design deformation processes are provided.

After attending the course and after the final examination, the student will:

- know and understand of the basis of the plastic deformation of metals;

- know and understand the main industrial deformation processes for metal processing (bulk and sheet);

- understand and apply fundaments tools for designing deformation processes in metallic materials.

The plasticity on the crystalline basis: dislocations theory and the mechanisms for metal strengthening. The theory of the recrystallization.

Measurements and interpretation of crystallographic textures (polar diagram, Inverse polar diagram, ODF, misorientation, etc.). The anisotropy and formability of the plastically deformed alloys (coefficient of anisotropy and Forming Limit Diagrams).

Theories and concepts of formability, formability diagrams and testing. The transformation textures and the relations with the final mechanical properties.

Main industrial technologies for the plastic deformation of the metals: rolling, extrusion, drawing and forging.

The most significant thermo-mechanical routes for the production of mild steels, aluminum alloys, brasses, etc.

The previous attendance of Mechanical Behavior and Failure of Metals is required.

Written test with some problems and questions. This test will verify if the students have got the theoretical knowledge and understanding about plastic deformation of metals, as well as the ability of apply these concepts for processing design.

The student must be able to demonstrate good knowledge and critically discuss the course topics.