Course Information

Course Name	Turkish	Malzeme Proses Lab.
	English	Materials Processing Lab.
Course Code	MET 455	Credit	Lecture (hour/week)	Recitation (hour/week)	Laboratory (hour/week)
Semester	7	1	-	-	2
Course Language		Turkish
Course Coordinator		Filiz Şahin
Course Objectives		It is primarily targeted in this course to experimentally show the students the subject material they learned theoretically in courses such as materials science and basic principles of electrochemical corrosion, materials mechanical testing, plastic deformation, heat treatment, casting experiments etc. It is also the purpose of this course to direct the students’ knowledge to be exploited in the design and applications. Students will gain an understanding about the basic concepts of production processes and the relationships between the parameters and processes, and the correlation between structure, property, and performance of a given material, and ability to analyze the results. Moreover, oral and written communication skills of the students are intended to be improved by the conversations held before, during, and after the experiments for discussing the preparation of experiments and their results, and by preparing a formal written report.
Course Description		Basic principles of electrochemical corrosion and galvanic corrosion, Passivation and cathodic protection, Hardness-Impact-Erichsen tests of metallic materials, Tensile- Compression-Bending tests of metallic materials, Wear-Torsion tests of metallic materials, Stress relaxation-Fatigue-Creep tests of metallic materials, Heat treatment (Tempering, Hardening, Hardening capability, Jominy test), Casting experiments, Determination of humidity amount, Sieve analysis, CO2 sodium silicate method for die production
Course Outcomes		1. It is the aim of this course to experimentally show the students the subject material they learned theoretically in courses such as materials science and basic principles of electrochemical corrosion, materials mechanical testing, plastic deformation, heat treatment, casting experiments, etc. 2. Getting information about materials selection and design according to their manufacturing techniques and applications areas. 3. Students will gain an understanding about the various materials, their features and relation between structure-property-performance of the materials 4. Teaching of different characterization techniques and approaches applied to materials. 5. Moreover, oral and written communication skills of the students are intended to be improved by holding conversations before, during, and after the experiments to discuss the setting up the experiments and their results, and by preparing a formal written report.
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