6.1 | MSE104 - Scheil Equation

Lecture 6 - Faster Solidification and the Scheil Equation. Constitutional microsegregation. Course webpage with notes: http://dyedavid.com/mse104 Lecturer: Dr David Dye. Licence: Creative Commons Department of Materials, Imperial College, London, UK

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7.1 | MSE104 - Diffusion, Nucleation and Growth
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7.1 | MSE104 - Diffusion, Nucleation and Growth

3.1 | MSE104 - Eutectic Solidification
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3.1 | MSE104 - Eutectic Solidification

2.1 | MSE104 - Binary Phase Diagrams
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2.1 | MSE104 - Binary Phase Diagrams

EMA5001 L19-03 Spinodal decomposition - Free energy vs Composition curve
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EMA5001 L19-03 Spinodal decomposition - Free energy vs Composition curve

Lecture 20
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Lecture 20

What is a Miscibility Gap?
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What is a Miscibility Gap?

1.1 | MSE104 - Introduction to Phases
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1.1 | MSE104 - Introduction to Phases

9.1 | MSE104 Non-equilibrium cooling of steels
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9.1 | MSE104 Non-equilibrium cooling of steels

Nucleation
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Nucleation

Lecture 15
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Lecture 15

[ENG] Pyrometallurgy EX 12) Scheil Cooling
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[ENG] Pyrometallurgy EX 12) Scheil Cooling

Metals and Alloys, lecture 4, Solidification
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Metals and Alloys, lecture 4, Solidification

2.3 | MSE104 - Calculating phase fractions (lever rule)
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2.3 | MSE104 - Calculating phase fractions (lever rule)

5.2 | MSE104 - Gibbs Energy Curves
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5.2 | MSE104 - Gibbs Energy Curves

The Insane Genius of a Formula 1 Gearbox
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The Insane Genius of a Formula 1 Gearbox

Lecture 12 : Solidification of eutectic, hyper-eutectic alloys & their morphologies I
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Lecture 12 : Solidification of eutectic, hyper-eutectic alloys & their morphologies I

8.1| MSE104 Nucleation: TTT diagrams
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8.1| MSE104 Nucleation: TTT diagrams

4.1 | MSE104 - Example Problems in Binary Eutectics
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4.1 | MSE104 - Example Problems in Binary Eutectics