The course aims to introduce basic material definitions to the department students. Initially, fundamental concepts are explained, followed by information on the general properties of materials in groups.
The purpose of the course is to provide industrial design students with fundamental material knowledge, explain the basic criteria to be considered in material selection, and teach the methods for integrating this knowledge into Basic Design work.
Week 1: Introduction to Wood Materials - Introduction to the course, expectations of students, and an exploration of the students' prior knowledge of the subject. Introduction to wood materials, their usage areas, basic properties, advantages, and disadvantages.
Week 2: Ferrous Materials (Iron, Steel, etc.) - Introduction and derivatives, acquisition, mechanical and thermodynamic properties.
Week 3: Aluminum - Introduction and derivatives, acquisition, mechanical and thermodynamic properties. Usage areas and reasons.
Week 4: Copper - Introduction and derivatives, acquisition, mechanical and thermodynamic properties. Usage areas and reasons. Compounds obtained, Brass, Bronze.
Week 5: Glass - Properties, usage areas, production, types.
Week 6: Plastics - Introduction and derivatives, acquisition, mechanical and thermodynamic properties. Usage areas, reasons. Types and properties.
Week 7: Midterm Exam - This exam will cover all the topics discussed above.
Week 8: Ceramics - Introduction and derivatives, acquisition, mechanical and thermodynamic properties. Usage areas, reasons. Types, properties, usage areas, production.
Week 9: Elastomers - Introduction and derivatives, acquisition, mechanical and thermodynamic properties. Usage areas, reasons. General introduction, usage areas.
Week 10: Refractories - Introduction and derivatives, acquisition, mechanical and thermodynamic properties. Usage areas, reasons. What they are, usage areas.
Week 11: Final Exam - General evaluation and exam.
Week 12: -