B?lüm
Academic Year 2010-2011 Faculty: Engineering Faculty
Division/Department
Metallurgy And Materials Engineering
Non-ferrous metals metallurgy Code Semester/Year ECTS
5 MEM451
Turkish Course language
Selective Category
Not applicable Prerequisite
Course Webpage
Local Credit Theoretical Practical Laboratory Presentation Project/Field
study
3 3 0 0 --- ---
Instructor(s) Lecturer: Türker GÜLER
Assistant
Copper Production / Copper Properties and Industrial Importance/ Copper Introduction/Content of the
Minerals/ Beneficiation of Copper Ore/ Roasting of Copper Ore/ Pyrometallurgy of Copper// course
Electrolysis of Copper (Electrolytic Precipitation and Liquidation) and Industrial Applications
of Copper and Copper Compounds / Lead Production / Lead Properties, and Industrial Importance of Lead Minerals / Roasting and Sintering of Lead Ore / Purification Lead/ Zinc
Production / Properties and Industrial Importance of Zinc Minerals / Retort Technology and
Zinc Production / Production of High-Baked Zinc / Zinc Disposal / Zinc Production Development / Industrial Application Areas of zinc and zinc compounds /Aluminum
Production / Physical, Mechanical, Chemical Properties of Aluminium Ores, and Industrial
Importance of Bauxite / Bayer Alumina Production Method / Casting and Forming of aluminum / aluminum and aluminum compounds, industrial Applications / Other primary
metals production (Tin and Nickel Production) / Secondary Metals Manufacturing (Cobalt
Production) / Wolfram Production / Titanium Production / Ferrochrome Production
Course Plan
Week Theoretical Subjects Practical subjects
Copper Properties and Industrial Importance Introduction and Copper Production 1
Copper Minerals, Beneficiation of Copper Copper Production2
Ore ,Roasting of Copper Ore/ Pyrometallurgy of
Copper
Electrolysis of Copper (Electrolytic Precipitation and Copper Production 3
Liquidation) and Industrial Applications of Copper
and Copper Compounds
Lead Properties, and Industrial Importance of Lead Lead Production 4
Minerals
Roasting and Sintering of Lead Ore / Purification Lead Lead Production5
Properties and Industrial Importance of Zinc Minerals, 6 Zinc Production
Retort Technology and Zinc Production, Production of
High-Baked Zinc, Zinc Disposal,Industrial application
Areas of zinc and zinc compounds
Physical, Mechanical, Chemical Properties of Aluminum Production 7
Aluminium Ores, and Industrial Importance of
Bauxite, / Ferrochrome Production
8 Midterm Exam Midterm Exam
Bayer Alumina Production Method , Casting and 9
Forming of aluminum , aluminum and aluminum Aluminum Production
compounds, industrial Applications
10 Other primary metals production (Tin and) Wolfram Production
11 Titanium Production
12 Ferrochrome Production
Nickel Production 13
Cobalt Production 14
1. Fathi Habashi, “Handbook of Extractive Metallurgy” Text book(s)
2. I??k Erdal,“Kimya Mühendisli?i Extraktif Metalurjisi”
3. D.W. Hopkins, “Fundamentals of Metallurgical Processes”
4. Chiranjib Kumar Gupta, “Chemical Metallurgy Principles and Practice”
5. J.J. Moore “Chemical Metallurgy”,1981
6. Cankut, S.,?Ekstraktif Metalurji? ?. T. Ü. , Issue; 884, 1972.
7. Butts, A., „ Metalurji Problemleri „?. T. Ü. Issue;802, 1970. (Translated by Prof. Dr. Veli Aytekin)
8. Doç.Dr. Halil Ar?k “Ekstraktif Metalurji Ders Notlar?” September -2009, Gazi University
9. Prof.Dr.Zeki Çizmecio?lu, “Üretim Metalurjisi Prensipleri” Lecture Notes, 2005
Reference books
Assessment Number Contribution to GPA
(%)
1 40 Mid term
- - Pop-quiz
- - Homework
- - Projects
- - Term project
- - Laboratory
- - Others
1 60 Final exam
About assessment
criteria
Mathematics and the Basic Sciences Contribution of 50
the contents (%) Engineering 30
General Sciences 20
Social sciences -
Student wins knowledge and skills for assessment of Country's raw materials resources and Learning
learns to produce materials which is needed by the technology, sees Industrial applications, Outcomes
and makes balance calculations using the numerical applications
Introducing the basic concepts of extractive metallurgy, assessment of the country's raw Goals
material resources
To introduce the basic concepts of extractive metallurgy Course Format
Give examples of industrial applications,
Solve the problem by making numerical applications.
Relation between the learning and program outcomes
Outputs 1 2 3
1
2
Contribution : 1:None 2:Partially 3:Completely
Prepared by: Lecturer: Türker GÜLER
Date of preparation: 10.05.2011