Episode Synopsis "Modelling: 14. P-L-2: Fluid Mechanics"

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More episodes of the podcast Modelling

• Modelling: 1. G-I-1: Introduction
• Modelling: 2. G-I-2: Enjoy Sunshine, Enjoy Modelling
• Modelling: 3. M-L-1: A Rehearsal of Differential Equations (1)
• Modelling: 4. G-L-1: Review
• Modelling: 5. M-L-1: A Rehearsal of Differential Equations (2)
• Modelling: 6. G-L-2: Modelling
• Modelling: 7. G-L-3: Assignment Introduction
• Modelling: 8. P-L-1: Thermodynamics
• Modelling: 9. M-L-2: A Rehearsal of Second Order Differential Equations (1)
• Modelling: 10. M-L-2: A Rehearsal of Second Order Differential Equations (2)
• Modelling: 11. M-L-3: Differential Equations a Theoretical Approach (1)
• Modelling: 12. M-L-4: Differential Equations a Numerical Approach
• Modelling: 13. M-L-3: Differential Equations a Theoretical Approach (2)
• Modelling: 14. P-L-2: Fluid Mechanics
• Modelling: 15. P-L-3: Mechanics
• Modelling: 16. H-L-1: Antropometry
• Modelling: 17. H-L-2: Biomechanics
• Modelling: 18. M-L-6: Optimization (1)
• Modelling: 20. H-L-3: Biomechanics-Case study
• Modelling: 21. G-L-4: Evaluation
• Modelling: 21. G-L-4: Evaluation
• Modelling: 19. M-L-5: Tackling Differential Equations
• Modelling: 22. M-L-2: Optimization (2)
• Modelling: 23. G-L-5: Optimization
• Modelling: 24. G-L-6: Advanced Case studies
• Modelling: 25. G-L-7: Advanced simulation
• Modelling: 26. G-L-8: Prepare for the exam