Modelling concurrent droplet freezing and shedding under the effect of turbulent flow.
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Project: PHOBIC2ICE
Updated at: 11-05-2024
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Project: PHOBIC2ICE
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Project: PHOBIC2ICE
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Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
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Project: PHOBIC2ICE
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Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
Project: PHOBIC2ICE
Updated at: 11-05-2024
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Updated at: 11-05-2024
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Updated at: 29-07-2022