Technical University of Denmark
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.DOCX
Metadata file for the developed COMSOL models and other relevant files.docx (2.44 MB)
.MPH
MOR-0s-3mm-20°.mph (79.22 MB)
.MPH
MOR-3s-3mm-20°.mph (68.94 MB)
TEXT
cp_liquid.m (1.79 kB)
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cp_mortar.m (2.8 kB)
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cp_mortar_peak.txt (61.02 kB)
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cp_mortar_peak_phase_change.m (1.88 kB)
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cp_peak_pc_liquid.m (2.98 kB)
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k_ice.m (0.17 kB)
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k_liquid.m (1.11 kB)
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k_mortar.m (1.72 kB)
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k_water.m (0.2 kB)
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Powers.m (1.9 kB)
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rho_liquid.m (0.89 kB)
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v_b_valenza.m (0.46 kB)
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15 files

Developed COMSOL models and other relevant files for article "Numerical modelling of heat transport in freezing mortars with an external liquid reservoir"

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posted on 2021-11-05, 09:48 authored by Abdul Faheem, Maxime Adrien Auguste RangerMaxime Adrien Auguste Ranger, Marianne Tange Hasholt
See the word file "Metadata file for the developed COMSOL models and other relevant files" for description of the provided files.

Funding

Larsen & Nielsen Fonden, Martha og Paul Kerrn-Jespersen Fonden, and Aase og Ejnar Danielsens Fond

History

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    DTU Civil Engineering

    Categories

    Keywords

    Numerical ModelingFreezing and thawingTemperature distributionHeat transportSupercoolingCivil Engineering not elsewhere classifiedThermodynamicsConstruction Materials

    Licence

    CC BY 4.0

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