The present article is a summary of the activities done by a research group of the University of Rome "La Sapienza'' on the subject of fluid-structure interaction (FSI). Implementation and numerical simulations have been conducted by means of a technique known in the literature as the partition treatment technique. A procedure to transfer the interaction effects between the individual components (fluid and structure) has been developed. As example of the methodology implemented, a numerical study of a hot flow through a pipe with a flexible structure inside, is presented. Results show that the heat flux distribution along the structure is highly influenced by the structure deformation.
Fluid-structure interaction: numerical simulation / Stella, Fulvio; Gaudenzi, Paolo; Giangi, Marilena; Paglia, Fabio. - 47:5(2005), pp. 403-418. (Intervento presentato al convegno XVIII Congresso nazionale tenutosi a Bergen; Norway nel 19-23 settembre).
Fluid-structure interaction: numerical simulation
STELLA, Fulvio;GAUDENZI, Paolo;GIANGI, Marilena;PAGLIA, Fabio
2005
Abstract
The present article is a summary of the activities done by a research group of the University of Rome "La Sapienza'' on the subject of fluid-structure interaction (FSI). Implementation and numerical simulations have been conducted by means of a technique known in the literature as the partition treatment technique. A procedure to transfer the interaction effects between the individual components (fluid and structure) has been developed. As example of the methodology implemented, a numerical study of a hot flow through a pipe with a flexible structure inside, is presented. Results show that the heat flux distribution along the structure is highly influenced by the structure deformation.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.