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Pulmonary Critical Care Notes
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Frictional (Nonelastic) Resistance
Frictional (Nonelastic) Resistance
Resistance to Gas Flow
Airway Resistance
Flow Regimens in the Airways
Laminar Flow
Poiseuille's Law and Airway Resistance
Turbulent Flow
Tracheobronchial or Transitional Flow
Types of Flow in the Lung and Distribution of Airway Resistance
Dynamic Compliance
Dynamic Pressure-Volume Curves
Peak and Plateau Airway Pressure
Lung Inflation Pressure and Equation of Motion
Exhalation Mechanics and Cephalad Flow Bias
Expiratory Flow Limitation
Effort-Dependent and Effort-Independent Expiratory Flow Rate
Isovolume Pressure-Flow Curve
Time Constants in Ventilation
Effect of Compliance
Effect of Airway Resistance
Frequency Dependence of Compliance
Resistance to Gas Flow
Airway Resistance
Flow Regimens in the Airways
Laminar Flow
Poiseuille's Law and Airway Resistance
Turbulent Flow
Tracheobronchial or Transitional Flow
Types of Flow in the Lung and Distribution of Airway Resistance
Dynamic Compliance
Dynamic Pressure-Volume Curves
Peak and Plateau Airway Pressure
Lung Inflation Pressure and Equation of Motion
Exhalation Mechanics and Cephalad Flow Bias
Expiratory Flow Limitation
Effort-Dependent and Effort-Independent Expiratory Flow Rate
Isovolume Pressure-Flow Curve
Time Constants in Ventilation
Effect of Compliance
Effect of Airway Resistance
Frequency Dependence of Compliance
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11.03. Mechanics of Ventilation
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