| Code - Course Title |
MLZ515 - Refractory Technology |
| Course Type |
Elective Courses |
| Language of Instruction |
Türkçe |
| Laboratory + Practice |
3+0 |
| ECTS |
7.5 |
| Course Instructor(s) |
PROFESÖR DOKTOR CEMAİL AKSEL |
| Mode of Delivery |
Face to Face |
| Prerequisites |
There is no prerequisite or co-requisite for this course. |
| Courses Recomended |
- |
| Required or Recommended Resources |
1) K. Shaw (1972) Refractories and Their Uses. London: Applied Science Publ. Ltd.2) J.H. Chesters (1983) Refractories Production and Properties. London: The Metals Society.3) W.E. Lee, W.M. Rainforth (1994) Ceramic Microstructures, Property Control by Processing. London: Chapman & Hall.4) A founding member of UNITECR (1998) Refractories Handbook. Japan: The technical association of refractories. |
| Recommended Reading List |
1) F.H. Norton (1968) Refractories. New York: McGraw-Hill Book Co. 2) A.M. Alper (1970) Refractory Materials – High Temperature Oxides. New York: Academic Press. 3) J.I. Duffy (1980) Refractory Materials. USA: Noyes Data Corporation. 4) G. Routschka (2004) Refractory Materials, Pocket Manual, Basics-Structures-Properties. Germany: Die Deutsche Bibliothek. 5) S. Banerjee (1998) Monolithic Refractories, A Comprehensive Handbook. Co-Published by London: World Scientific Publ. Co. Pte. Ltd & USA: The American Ceramic Society. 6) R.A. McCauley (1995) Corrosion of Ceramics. USA: Marcel Dekker, Inc. |
| Assessment methods and criteria |
Content: The content of the course is to enable students to develop an understanding of basic structure, properties, classification, raw materials, production methods, mechanical, thermal shock and corrosion behaviours, testing methods of refractories, and to evaluate a range of refractory materials for industrial application.GRADING:MIDTERM EXAM II Classic 30%HOMEWORK Classic 25%FINAL EXAM Classic 45% |
| Work Placement |
- |
| Sustainability Development Goals |
|
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