A first-principles model of a buoyancy-driven heat exchanger is solved numerically and asymptotically to quantify the tradeoff between thermal efficiency and air flow rate.
Re- view of ventilation strategies to reduce the risk of disease transmission in high occupancy buildings.International Journal of Thermofluids, 7-8:100045
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A Model of a Buoyancy-Driven Heat Exchanger, with Implications for Optimal Design
A first-principles model of a buoyancy-driven heat exchanger is solved numerically and asymptotically to quantify the tradeoff between thermal efficiency and air flow rate.