Detail mata kuliah Kinetik & Transformasi Fasa, program studi S2 - Teknik Metalurgi dan Material

Detail SAP: Kinetik & Transformasi Fasa Tahun Ajaran 2011/2012 -01


Satuan Acara Pengajaran
Mata Kuliah MMS8110802 - Kinetik & Transformasi Fasa
Pengajar Nofrijon Bin Imam Sofyan Ph.D
Prof. Dr. Ir. Bondan Tiara M.Si.
Tujuan Perkuliahan Mata kuliah ini ditujukan agar mahasiswa mampu memahami mekanisme terjadinya proses transformasi fasa baik melalui proses difusi atau melalui proses non-difusi dan penerapannya dalam proses pemilihan dan desain bahan sesuai dengan sifat yang diinginkan.

Minggu Ke 1
Materi Introduction (Rules, Grading, Marking) 1. Review on Thermodynamics and Phase Equilibrium: a. Single Component System b. Binary Component System c. The Phase Rule d. Binary Phase Diagrams: - Two phase equilibrium - Three phase equilibrium - Exercise on two phase and three phase equilibrium - Reactions in the solid state
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Referensi 1. Porter, D. A and Easterling, K.E, Phase Transformation in Metals and Alloys, 2nd. ed., CRC Press, 2003. 2. Prince, A, Multicomponent Alloy Constitutional Bibliography, The Metals Society, London, 1978 3. West, DRF, Ternary Equilibrium Diagrams, Chapman and Hall, 1982 Support materials: 1. Chapter 5, 9 and 10 of: Callister, W.D, Materials Science and Engineering: An Introduction, 6th ed., Wiley., 2004 2. Lennart Backerud, Guocai Chai, and Jarmo Tamminen, Solidification Characteristics of Aluminum Alloys-Volume 2: Foundry Alloy 3. Lars Arnberg, Lennart Backerud,and Guocai Cahi, Solidification Characteristics of Aluminum Alloys-Volume 3: Dendrite Coherency
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Minggu Ke 2
Materi e. Fe-Fe3C Phase Diagram f. Ternary System Representation g. Ternary System containing 2 phase h. Exercise
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Minggu Ke 3
Materi Diffusion in Materials: a. Atomic mechanism of diffusion b. Fick's first law for steady state diffusion c. Interstitial diffusion d. Substitutional diffusion
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Minggu Ke 4
Materi Diffusion in Materials (cont..): d. Tracer diffusion in binary alloys e. Diffusion in multiphase binary system f. Journal review
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Minggu Ke 5
Materi Solution for Fick's 2nd law: - Homogenization - Thin film solution - Carburization and decarburization - Diffusion from a Finite Source into Semi Infinite Media - Case studies
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Minggu Ke 6
Materi Crystal Interface and Microstructure (2) a. Interfacial free energy b. Grain boundary c. Case study in Crystal Interface
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Minggu Ke 7
Materi Crystal Interface and Microstructure (2) d. Interphase interfaces in solids e. Interface migration
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Minggu Ke 8
Materi Midterm
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Minggu Ke 9
Materi Solidification (1) a. Nucleation in pure metals b. Growth of pure solid c. Solidification of alloy
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Minggu Ke 10
Materi Solidification (2) d. Application of solidification theory in casting and welding e. Solidification during quenching from the melts f. Case study
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Minggu Ke 11
Materi Diffusional Transformation in Solids (1) a. Homogeneous and heterogeneous nucleation in solids b. Precipitate growth c. Transformation kinetics
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Minggu Ke 12
Materi Diffusional Transformation in Solids (2) d. Eutectoid transformation e. Ordering transformation f. Case study
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Minggu Ke 13
Materi Diffusionless Transformation in Solids: a. Theories of martensite nucleation b. Martensite growth c. Tempering of ferrous martensite d. Martensite transformation in nonferrous metals
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Minggu Ke 14
Materi Diffusionless Transformation in Solids (2) e. Exercise f. Case study in Diffusionless transformation
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Minggu Ke 15
Materi - Class review - Question and answer session
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Minggu Ke 16
Materi Final examination
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