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Phase-field modeling of solidification resistance and droplet spreading dynamics under low-velocity impact
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DOI：10.1016/j.ijheatfluidflow.2025.110031.png)
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Abstract
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• A numerical model simulating droplet spreading on supercooled wall is established. • The maximum solidification resistance is not equal 0 but shifts to the droplet center area at the maximum spreading moment. • Solidification resistance dissipation amplifys droplet maximum spreading length and prolongs spreading durations. • The proposed solidification resistance dissipation computation method exhibits good performance on tracking droplet supercooled spreading.
Keywords:
droplet spreading
supercooled wall
solidification resistance
numerical model
spreading duration
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