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Airflow is everywhere in ventilation engineering - but what actually drives it? In this episode of AIRSTREAM Insights, we go back to fundamentals and uncover the physics behind moving air.
Why does air only move when pressure differences exist? What really happens inside ducts, bends, and fittings? And how do concepts like Bernoulli, turbulence, and system resistance shape real-world performance?
With clear explanations and practical analogies, we break down how pressure becomes flow, why energy is constantly lost along the way, and why airflow can never be considered on its own. This episode gives you a deeper understanding of ventilation systems, not as air moving through space, but as applied fluid physics in action.
Information regarding data protection: Privacy Policy | ZIEHL-ABEGG Germany
By ZIEHL-ABEGG SEAirflow is everywhere in ventilation engineering - but what actually drives it? In this episode of AIRSTREAM Insights, we go back to fundamentals and uncover the physics behind moving air.
Why does air only move when pressure differences exist? What really happens inside ducts, bends, and fittings? And how do concepts like Bernoulli, turbulence, and system resistance shape real-world performance?
With clear explanations and practical analogies, we break down how pressure becomes flow, why energy is constantly lost along the way, and why airflow can never be considered on its own. This episode gives you a deeper understanding of ventilation systems, not as air moving through space, but as applied fluid physics in action.
Information regarding data protection: Privacy Policy | ZIEHL-ABEGG Germany