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1. Introduction The European aviation industry is committed to significantly reducing in-flight carbon emissions by 2050. This target can be achieved through a combination of measures, with improvements in aircraft and engine technology, including the development of hydrogen-powered aircraft, making a large contribution [1]. Hydrogen has the potential to significantly reduce carbon emissions, as its combustion with air primarily produces water vapour.
This work investigates the wetting dynamics of cryogenic fluids in inertia-dominated conditions. We experimentally characterize an oscillating gas-liquid interface of liquid nitrogen in a partially filled U-shaped quartz tube. The experiments were carried out in controlled cryogenic conditions, with interface oscillations produced by releasing the liquid column from an unbalanced position and having nitrogen vapor as the only ullage gas.
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