| 1 |
Gibbs Phase rule, phase, component, constituent, description of degrees of freedom, derivation of Gibbs phase rule and applications |
| 2 |
Single component systems, pressure-temperature and temperature phase diagrams, cooling curves of single component systems, Newton cooling rule |
| 3 |
Two component systems, alloy formation and classification, alloy structure, equilibrium, condition parameters, phase diagram of two component systems, I. and II. Lever rule |
| 4 |
Two component systems, eutectic and eutectoid systems, cooling curves of alloys with different compositions |
| 5 |
Eutectic structure, dendritic structure, segregation, thermal analysis of two component systems |
| 6 |
Systems with two eutectic points, coherently melting compositions and chemical formulas |
| 7 |
two component systems + Midterm Exam |
| 8 |
Two component systems, peritectic and peritectoid systems, cooling of alloys with different compositions, non-coherently melting systems+ midterm exam |
| 9 |
Two component systems, complete solid soluble systems, diffusion in solids and mechanism, monotectoid systems |
| 10 |
Two component systems, monotectic systems, systems with no solid solubility, solid transformation (allotropy), ordered and unordered transformations |
| 11 |
Structure of alloys, mid-status phase structure, solid solutions, evaluation of phase diagrams |
| 12 |
Three component systems, variables, triangle diagrams, volumetric illustration of three component systems, isotherm and constitutional sections, center of mass rule |
| 13 |
Systems with three eutectics in three component systems, volumetric illustration, edge systems, isotherm systems, cooling of alloys with different compositions, isotherm and constitutional sections |
| 14 |
Evaluation of single, two and three component systems and their applications |
