Commit dc03c1

2024-11-23 12:31:29 Nuno Oliveira: -/-
MSP/Course contents.md ..
@@ 4,27 4,22 @@
1. Components and nomenclature.
3. Model characteristics.
4. Main functionalities for models (**usage tasks**).
- 7. Examples of real systems (inside / outside ChemE).
-
- 5. [Types of models](/MSP/Materials/model-intro/model-types.pdf).
+ 5. [Types of models](/MSP/Materials/model-intro/model-types.pdf).
6. [==Model building process==](/MSP/Model%20building%20steps) and [phases](/MSP/Materials/model-intro/modeling-steps.png).
8. [Linearity](/MSP/materials/model-intro/model-linearity.png) of models.
9. Canonical model [forms](/MSP/Materials/model-intro/canonical-model-forms.png).
- 10. Input / output [configurations](/MSP/Materialsmodel-intro/system-io-types.png).
12. Examples of real systems (inside / outside ChemE):
* World model: [description](https://insightmaker.com/insight/2pCL5ePy8wWgr4SN8BQ4DD/The-World3-Model-Classic-World-Simulation), [Wikipedia page](https://en.wikipedia.org/wiki/World3).
* Danish economy ([DREAM-DK/MAKRO](https://dreamgroup.dk/economic-models/makro)).
- 13. Computer systems for model manipulation:
+ 13. Computer environments for manipulation of mathematical models:
* [OpenModelica](/MSP/Materials/computer-tools/OpenModelica-2016.pdf).
2. **Mechanistic [mathematical modeling](/MSP/Materials/model-intro/index)**
1. Extensive properties (**extensities**) and the remaining system variables.
2. Conservation principles for extensities **(invariants / symmetries)**
- 3. Inputs and outputs (types of systems).
- 4. Types of mathematical system models.
- 5. Computer environments for manipulation of mathematical models.
+ 3. Input / output [configurations](/MSP/Materialsmodel-intro/system-io-types.png).
3. **[Macroscopic](/MSP/Materials/macroscopic-modeling/index) mathematical models (lumped-parameter systems)**
1. General [conservation law]().
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