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MSE 941 Materials for High Temperature Applications
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Campus
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SCME
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Programs
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PG
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Session
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Fall Semester 2016
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Course Title
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Materials for High Temperature Applications
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Course Code
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MSE 941
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Credit Hours
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3
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Pre-Requisutes
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Course Objectives
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- To understand the basic concept of Engineering Materials at elevated temperature
- To learn the mechanical properties and corrosion at elevated temperature
- To study about the Properties, Metallurgy and Processing of Superalloys
- To study Directionally solidified and single-crystal Superalloys
- To understand micro structural instabilities, Thermal Barrier Coatings, Nonferrous Heat-Resistant materials, and Titanium Alloys
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Detail Content
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- Elevated-temperature characteristics of Engineering Materials,
- Mechanical properties at elevated temperature, Corrosion at elevated temperature
- Superalloys: Properties, Metallurgy and Processing of Superalloys,
- Directionally solidified and single-crystal Superalloys, powder Metallurgy of Superalloys,
- Heat Treatment of Superalloys, Elevated-Temperature corrosion of Superalloys,
- Microstructural instabilities, Thermal Barrier Coatings,
- Titanium Alloys, Refractory metals and Alloys, Structural Intermetallics.
- Nonferrous Heat-Resistant materials
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Text/Ref Books
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- Creep of metals and alloys, R. W. Evans, B Wilshire IOM Communications Ltd; illustrated edition (April 1985)
- Nickel-base alloys, in Superalloys II, E W Ross, C Sims (October1987)
- Materials response to thermal-mechanical strain cycling in High Temperature fatigue, D A Miller, R H Priest, Springer (1987)
- Materials for High Temperature Engineering Applications (Engineering Materials) by G. W. Meetham and M. H Van de VordeSpringer; 2000 edition (April 14, 2000)
- Titanium Alloys at Elevated Temperature: Structural Development and Service Behavior (Microstructure of High Temperature materials) by M. Winston. Maney Publication
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Time Schedule
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Fall Semester 2014
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Faculty/Resource Person
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Dr. Muhammad Shahid
Degree : PhD. Materials Engineering. University of Manchester, UK.
Specialisation : Teaching at Undergraduate and graduate level, Research in Corrosion Science & Engineering, Manufacturing processes including micro & nanofabrication, Particulate materials.
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