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Atmospheric boundary layer wind tunnel
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Atmospheric boundary layer wind tunnel
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Street canyon buoyant flow: J. Allegrini
Wind flow around 9 staggered cubes: A. Kubilay
Coherent structures in urban flow: E. Paterna
Buoyant-forced cavity ventilation of BIPV: P. Mirzaei
Wind flow through angular oriented buildings: J. Allegrini, B. Lopez
Wind flow through trees: L. Manickathan
Laminar and turbulent cavity wind flow: M. Immer
Urban buoyant flow: M. Vonlanthen
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Hygrothermal and durability behavior of building components
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Hygrothermal and durability behavior of heritage artefacts
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Moisture behaviour of PEG-treated archaeological oak
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1. Large-scale flow structures across building clusters and the implication for microclimate control
2. Controlling evapotranspiration of greening for better mitigating urban heat island effects
4. Wind driven rain and climate change
5. Aerodynamic effect of vegetation on urban microclimate
6. Machine learning for understanding urban heat island
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Fluids interaction in porous media
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4. Predicting two-phase flow properties in random porous geometries with machine learning
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ccem - ideas4cities
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Empa - MAMM
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ETH- Two-phase flows in flexible porous media
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ETH – UMEM: Urban Multiscale Energy Modelling
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ETH - WFSC Coop
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SNF – Asphalt
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SNF - Heat removal
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SNF - NFP IMES
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SNF – Rain
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SNF – Sorption Induced Deformations
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SNS - IBM Colloid
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SNSF - RePoDH
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SNSF - Solar drying
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SCCER - FEEB&D
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ETH Grant - Forecasting rural electricity usage
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