Fluid Mechanics| Lec 2| Continuity Equation | Mass Conservation | Material derivative |Vector fields скачать в хорошем качестве

Fluid Mechanics| Lec 2| Continuity Equation | Mass Conservation | Material derivative |Vector fields

This the second lecture of the course contains following topics: 1. Principle of conservation of mass 2. Differential and Integral approach 3. Eulerian and Lagrangian approach 4. Inventory Equation 5. Derivation of Continuity equation-Differential approach 6. Conservation and Non-Conservation forms of Continuity 7. Material derivative 8. Scalar and Vector field 9. Acceleration field Time stamps 00:00 Lecture 2 Continuity equation 00:50 Contents of the lecture 01:50 Principle of conservation of mass 03:00 Differential and Integral approaches 04:50 Eulerian View point 06:40 Lagrangian approach 08:40 Inventory Equation for mass flow 10:50 Continuity equation-Differential approach 12:30 Derivation of Continuity equation using Differential approach 22:30 Continuity equation in Vector form 24:50 Conservation forms of Continuity 27:25 Non-Conservation forms of Continuity 28:30 Material derivative for density 30:30 Material derivative of Temperature 33:10 Scalar field 36:27 Vector field 40:40 Vector field examples 41:50 Acceleration field 43:20 Convective acceleration through problem