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The choice of material. Structure and properties of materials. Selection of materials in engineering. Crystalline and amorphous substances.

Ciencia e Ingenieria de Los Materiales – Callister – 7ed (Solucionario)

Space Network and Cwllister Cell. Crystal systems, Bravais lattices. Isomorphism, polymorphism and allotropy. Study of metal nets. Coordination number, atomic radius, atomic packing factor. Bulk or volume defects. Miller and Miller-Bravais indixes. Volume, linear and surface densities. Defects common in the crystal structure. Pure metals and alloys.

Solid solutions and mechanical mixtures.

Types of Solid Solutions. Properties of solid solutions.

Variation of mechanical properties. Determining the process variables: Control of the structure: Microstructural defects in solidification: Factors affecting the diffusion. Other types of diffusion. Phase rule Gibbs phase rule. Types of binary diagrams. Total solid solubility diagrams. The iron-cementite and iron-carbon diagrams.

Classification of Fe-C alloys. Phases and constituents of equilibrium: Influence of the alloying elements. Influence on the diagram Fe-Fe3C. Alphagenes, gammagenics and carbide formers elements. Effect on TTT curves. Steels Low and High alloy.

Graphite forming elements and carbide formers. White and malleable cast iron.

Introducción a la ciencia e ingeniería de los materiales – William D. Callister – Google Books

Spheroidal or ductile and gray castings. Mechanical properties of castings. Isothermal transformation of austenite. Relationship between cooling curves and I. Classification and targets obtained with steel thermal treatments. Properties and applications of aluminum alloys. Corrosion and control UNIT General classification of polymers. Mechanical behavior of polymers. Structure of ceramic materials. Properties of ceramic materials. Ceramic and glass processing. Laboratory Mechanical behavior of materials: Normal and shear stresses.


Ductile and brittle fracture. Classification methods hardness measurement. Hardness tests by static indentation: Brinell, Vickers and Rockwell. Laboratory Ductility, malleability, brittleness and tenacity. Types and dimensions of probes.

Ciencia e Ingeniería de los Materiales – Donald R. Askeland – 4ta Edición

Laboratory The Metallographic laboratory. Observation of structural constituents. Equipment and operating techniques. Protection and security measures. Nature and properties of the ultrasonic waves. Basics of environmental technologies. Urban and industrial waste.

Recovery, reuse and recycling. The lectures in large group will consist of lectures, theory and general examples, as well as introductory activities of the program content for the whole group in order to provide the student with a systematic overview of the different themes, highlighting the aspects more important of them, so that students clearly offered the possibility of motivation by experts in the field, through dialogue and exchange of ideas.

Previous exposure of the objectives of each unit and its specific to the field of industrial engineering applications, provide a basis for focusing their interest and motivate learning. The subsequent development of each unit will be preceded by a general description of contents, illustrated through Microsoft Office PowerPoint presentations, of which students previously will have of in the ILIAS platform as well as the help of slate content that require it.

On some issues, audiovisual sessions are used for a better understanding of the content. In these sessions the active participation of students will arise. The practices academic sessions in the classroom are essential to strengthen and deepen the theoretical knowledge.


They consist of the resolution of both Professor and student of problems concerning the topics covered in the lectures in large group. Besides discussions of those issues of greatest interest and relevance will be developed.

On the other hand, experimental laboratory practices will be conducted in small groups max. Students will have a script beforehand with the documentation necessary for the implementation of practices. Practices consist of a brief theoretical explanation and then, explaining the operation of the instrument to be used. Later the student will to make this practice and preparing a report that will be evaluated.

Collective and individual tutoring: Where will be the supervision of targeted work, comments on individual jobs and clarification of doubts. Several sessions will be held in the computer room in order to use the software CES EduPack for the use and selection of materials and fabrication processes. Written exam on the dates officially listed in the student guide.

To assess the laboratory practices, an practical exam will be made in which the student is facing the realization of one of the program’s practices presented in the laboratory. Tutorial support sessions, materials and exams in this language Level 2: Tutorial support sessions, materials, exams and seminars in this language Level 3: Tutorial support sessions, materials, exams, seminars and regular lectures in this language.

Materials Science and Engineering. Polymer material UNIT Ceramic processing and glasses UNIT Principio del formulario Final del formulario.