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= Alessio Roccon =

## Die Leerzeilen und die Zahl 15 müssen der Größe des Bildes angepaßt werden.
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|| Technical University of Vienna||
|| Institute of Fluid Mechanics and Heat Transfer E322||
|| 7. Floor / Tower BA/E322 ||
|| Getreidemarkt 9||
|| A-1060 Vienna||
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|| Tel.: +43 1 58801 32239; Fax: +43 1 58801 32298||
|| E-Mail: alessio.roccon at tuwien.ac.at||

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== Curriculum vitae ==

||22.09.1990|| born in Conegliano (Italy)||
||10.2009 - 10.2012|| BSc. (Mechanical Engineering) [http://www.uniud.it/ Univ. of Udine]||
||10.2012 - 07.2014|| MSc. (Mechanical Engineering) [http://www.uniud.it/ Univ. of Udine]||
||10.2014 - 10.2017|| PhD. (Environmental and Energy Engineering Science) [http://www.uniud.it/ Univ. of Udine]||

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== List of Publications ==

 * A. Roccon, M. De Paoli, F. Zonta and A. Soldati (2017), Viscosity-modulated breakup and coalescence of large drops in bounded turbulence, PRF 2(8).
 * S. Ahmadi, A: Roccon, F. Zonta and A. Soldati (2018), Turbulent drag reduction by a near-wall surface tension active interface, FTAC 100, 979-993.
 * S. Ahmadi, A: Roccon, F. Zonta and A. Soldati (2018), Turbulent drag reduction in channel flow with viscosity stratified fluids, CEF 176, 260-265.
 * G. Soligo, A. Roccon and A. Soldati (2019), Coalescence of surfactant-laden drops by Phase Field Method, JCP 376, 1292-1311.
 * G. Soligo, A. Roccon and A. Soldati (2019), Mass-conservation-improved phase field methods for turbulent multiphase flow simulation, AM 230 (2), 683-696.
 * A. Roccon, F. Zonta and A. Soldati (2019), Turbulent drag reduction by compliant lubricating layer, JFM 863, R1.
 * G. Soligo, A. Roccon and A. Soldati (2019), Deformation of clean and surfactant-laden droplets in shear flow, Meccanica - in press.
 * G. Soligo, A. Roccon and A. Soldati (2019), Breakage, coalescence and size distribution of surfactant-laden droplets in turbulent flow, JFM 881, 244-282.


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== Research interests ==

 * Phase Field Method.
 * Direct Numerical Simulations of Turbulent flows.
 * Coalescence and Breakage of large deformable droplets in turbulent channel flow.

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 * Viscosity stratified fluids in turbulent channel flow.
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 * Spinodal decomposition in a turbulent channel flow.
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== Poster ==
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 * Phd Exposition Late 2016
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 * ICMF Firenze 2016
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