1. Mechanics of Breathing II
07-Mechanics.ppt
Lectures on respiratory physiology
Mechanics of Breathing II
revised 1/9/04

2. Patterns of gas flow in tubes
07-Mechanics.ppt
Patterns of gas flow in tubes
revised 1/9/04

3. Poiseuille equation for laminar flow
07-Mechanics.ppt
Poiseuille equation for laminar flow
revised 1/9/04

4. Patterns of gas flow in tubes
07-Mechanics.ppt
Patterns of gas flow in tubes
revised 1/9/04

5. 07-Mechanics.ppt
The Reynolds number
revised 1/9/04

6. Pressures during the breathing cycle
07-Mechanics.ppt
Pressures during the breathing cycle
revised 1/9/04

7. Number of airways increases rapidly with generation
07-Mechanics.ppt
Number of airways increases rapidly with generation
revised 1/9/04

8. Most resistance is in the medium sized airways
07-Mechanics.ppt
Most resistance is in the medium sized airways
revised 1/9/04

9. Airway resistance falls with increasing lung volume
07-Mechanics.ppt
Airway resistance falls with increasing lung volume
revised 1/9/04

10. 07-Mechanics.ppt
Flow – volume curves
revised 1/9/04

11. Isovolume pressure-flow curves
07-Mechanics.ppt
Isovolume pressure-flow curves
revised 1/9/04

12. Mechanism of dynamic compression
07-Mechanics.ppt
Mechanism of dynamic compression
revised 1/9/04

13. 07-Mechanics.ppt
Flow – volume curves
revised 1/9/04

14. Flow through collapsible tubes
07-Mechanics.ppt
Flow through collapsible tubes
revised 1/9/04

15. Mechanism of dynamic compression
07-Mechanics.ppt
Mechanism of dynamic compression
revised 1/9/04

16. Work done on the lung during breathing
07-Mechanics.ppt
Work done on the lung during breathing
revised 1/9/04