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- Houle, Corey (author), Bezard, Florian (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavio (author), Hanna, George (author), Luchsinger, Rolf H. (author), Petrick, Kristian (author), Apter, Nathanel (author) conference paper 2024
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- Luchsinger, Rolf H. (author), Bezard, Florian (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavio (author), Hanna, George (author) conference paper 2024
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- Luchsinger, Rolf H. (author), Bezard, Florian (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavio (author), Hanna, George (author), Houle, Corey (author) conference paper 2022
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- Houle, Corey (author), Bezard, Florian (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavio (author), Hanna, George (author), Luchsinger, Rolf H. (author) conference paper 2022
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Abrishambaf, A. (author), Costa, C (author), Nunes, S. (author), Pimentel, M. (author)Ultra-high performance fibre reinforced cementitious composites (UHPFRC) is a family of advanced cementitious materials with optimized matrix packing density, very low water/binder ratio (w/b<0.2) and containing a significant amount of steel fibres. In the development of UHPFRC mixtures, the typically high amount of cement (700-1000 kg/m3) and...conference paper 2021
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- Houle, Corey (author), Aregger, Damian (author), Bezard, Florian (author), Costa, Dino (author), Gohl, Flavio (author), Hanna, George (author), Heilmann, Jannis (author), Hessberger, Steffen (author), Galliot, Cédric (author), Luchsinger, Rolf H. (author) conference paper 2019
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- Luchsinger, Rolf H. (author), Aregger, Damian (author), Bezard, Florian (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavio (author), Hanna, George (author), Heilmann, Jannis (author), Hessberger, Steffen (author), Houle, Corey (author) conference paper 2019
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- Luchsinger, Rolf H. (author), Arreger, Damian (author), bezard, Florian (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavia (author), heilmann, Jannis (author), Houle, Corey (author) conference paper 2017
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Dense suspensions are usually investigated in the laminar limit where inertial effects are insignificant. When the flow rate is high enough, i.e. at high Reynolds number, the flow may become turbulent and the interaction between solid and liquid phases modifies the turbulence we know in single-phase fluids. In the present work, we study...conference paper 2015
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- Hesse, H. (author), Wood, T.A. (author), Millane, A. (author), Zgraggen, A.U. (author), Smith, R.S. (author), Gohl, F. (author), Costa, D. (author), Luchsinger, R.H. (author), Aregger, D. (author), Heilmann, J. (author), Houle, C. (author) conference paper 2015
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- Houle, C. (author), Costa, D. (author), Galliot, C. (author), Gohl, F. (author), Luchsinger, R.H. (author) conference paper 2015
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- Luchsinger, R.H. (author), Aregger, D. (author), Bezard, F. (author), Costa, D. (author), Galliot, C. (author), Gohl, F. (author), Heilmann, J. (author), Hesse, H. (author), Houle, C. (author), Wood, T.A. (author), Smith, R.S. (author) conference paper 2015
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- Luchsinger, Rolf H. (author), Costa, Dino (author), Galliot, Cédric (author), Gohl, Flavio (author), Verheul, Roland (author) conference paper 2013