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2024-11-23 12:47:26 Nuno Oliveira: -/-

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`MSP/Course contents.md` ..
@@ 44,7 44,8 @@

	4. Microscopic mathematical models (distributed-parameter systems)
	1. Macroscopic and microscopic modeling approaches.
-	2. Vectorial analysis (review):
+	2. General [recipe](/MSP/Model%20building%20steps) for building mathematical models.
+	3. Vectorial analysis (review):
	* Vector basis.
	* Coordinate systems.
	* Characteristic differential operators:
@@ 57,22 58,22 @@
	* Pressure gradient in the atmosphere.
	* Cylinder tune with varying section (cone).
	* Modeling approaches (Eulerian and Lagrangian perspectives).
-	3. Homogeneous fluid without chemical transformations.
+	4. Homogeneous fluid without chemical transformations.
	* Application example:
	* Cylinder tube (incompressible fluid).
-	4. General microscopic balance.
+	5. General microscopic balance.
	* Fluxes:
	* Dispersion.
	* Advection.
	* Convection.
	* Radiation.
-	5. Supporting information:
+	6. Supporting information:
	* Transport properties.
	* Types of porous materials.
-	6. Model examples:
+	7. Model examples:
	* Double-pipe heat exchanger.
	* Heat transfer when cooking.
-	7. Heterogeneous systems:
+	8. Heterogeneous systems:
	* Pseudo homogeneous models.
	* Examples:
	* Slurry reactor.
@@ 86,7 87,7 @@
	* Catalyst particle.
	* Multiphase CSTR.
	* Fixed-bed.
-	8. Numerical methods:
+	9. Numerical methods:
	* Finite difference methods.
	* Method of lines (parabolic systems).
	* Finite volume methods.