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Event details

2026-03-19 13:00:00

-

2026-03-19 14:00:00

13:00 [CET]

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Event details

2026-03-19 13:00:00

-

2026-03-19 14:00:00

13:00 [CET]

Add event to calendar

The Lung as a Spring: Compliance, Resistance & Work of Breathing

WFPICCS’ Pediatric Respiratory Critical Care Series (PRCCS)

This webinar explores one of the most powerful mental models in respiratory physiology – the lung as an elastic “spring.” Building from fundamental principles, the session will clarify how compliance, airway resistance, and work of breathing interact, and how these concepts translate directly into bedside assessment and ventilator management in critically ill children.

Through a structured, physiology-driven approach, participants will revisit the distinction between static and dynamic compliance, understand how airway radius and flow influence resistance, and break down the elastic and resistive components of total work of breathing. The discussion will then connect these mechanisms to common disease states and practical decision-making in the PICU.

Speakers

Moderators

Objective

To provide a clear, physiology-based framework for understanding lung mechanics – specifically compliance, airway resistance, and work of breathing – and to translate these principles into practical bedside assessment and ventilator management in critically ill children.

Using the mental model of the lung as an elastic “spring,” this session will revisit the core concepts of static and dynamic compliance, airway resistance as a function of radius and flow, and the elastic and resistive components of total work of breathing. Through a structured, clinically oriented approach, participants will connect these mechanisms to common disease states and everyday PICU decision-making, strengthening their ability to interpret respiratory mechanics and adapt ventilator strategies accordingly.

Key takeaways

The “Spring Model” in Clinical Practice

Apply the lung-as-a-spring framework to interpret real-time changes in compliance and resistance at the bedside, transforming abstract physiology into actionable clinical insight.

Mechanics of Compliance and Resistance

Differentiate static and dynamic compliance and understand how airway radius and flow determine resistance, allowing more precise interpretation of ventilator waveforms and respiratory mechanics.

Work of Breathing as a Clinical Signal

Break down the elastic and resistive components of work of breathing and integrate them into ventilator adjustments and disease-specific management strategies in the PICU.

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The Lung as a Spring: Compliance, Resistance & Work of Breathing