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5. Theory of Vibrometry

Author

Castellini, Paolo, primary, Esposito, Enrico, additional, Paone, Nicola, additional, and Scalise, Lorenzo, additional

Published
2020
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6. Multimedia Content

Author

Cardarelli, Aldo, primary, Castellini, Paolo, additional, Esposito, Enrico, additional, Marchetti, Barbara, additional, Martarelli, Milena, additional, Paone, Nicola, additional, Pietroni, Paolo, additional, Revel, Gian Marco, additional, Rossi, Pier Giuseppe, additional, Scalise, Lorenzo, additional, and Tomasini, Enrico Primo, additional

Published
2020
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7. Instrumentation

Author

Castellini, Paolo, primary, Martarelli, Milena, additional, Paone, Nicola, additional, Pietroni, Paolo, additional, Revel, Gian Marco, additional, and Scalise, Lorenzo, additional

Published
2020
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9. Citizen-Oriented Technologies in the Cities of Tomorrow

Author

Arnesano, Marco, primary, Casaccia, Sara, additional, di Perna, Costanzo, additional, Passerini, Giorgio, additional, Principi, Paolo, additional, Revel, Gian Marco, additional, Scalise, Lorenzo, additional, Tomasini, Enrico Primo, additional, and Ulpiani, Giulia, additional

Published
2019
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10. Social Robot and Sensor Network in Support of Activity of Daily Living for People with Dementia

Author

Casaccia, Sara, primary, Revel, Gian Marco, additional, Scalise, Lorenzo, additional, Bevilacqua, Roberta, additional, Rossi, Lorena, additional, Paauwe, Robert A., additional, Karkowsky, Irek, additional, Ercoli, Ilaria, additional, Artur Serrano, J., additional, Suijkerbuijk, Sandra, additional, Lukkien, Dirk, additional, and Nap, Henk Herman, additional

Published
2019
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30. PIV Measurements of Flows in Artificial Heart Valves.

Author

Kaminsky, Radoslav, Kallweit, Stephan, Rossi, Massimiliano, Morbiducci, Umberto, Scalise, Lorenzo, Verdonck, Pascal, and Tomasini, Enrico Primo

Abstract

Through several decades many different models of prosthetic artificial heart valves (PHV) have been designed and optimized in order to enhance hemodynamic properties. These properties are not only material dependent but the major influence results from the mechanical assembly of the particular PHV. For the experimental assessment of the flow through such PHVs particle image velocimetry (PIV) is already an accepted method [1] due to its noninvasive optical approach and accuracy. Here, we present various modifications of PIV in order to explain, compare and realize which method is the most suitable for the quantification of such flows. The choice of the experimental procedure for testing the PHVs is strongly dependent on the optical access of the designed in-vitro testing loops simulating the human heart and vascular system. The hardware demand and its configuration for, e.g., stereoscopic PIV is much more complex than standard 2D PIV, therefore the conditions and design of the testing loop have to be realized to allow the desired flow measurement. The flow in heart valves as an unsteady periodically generated flow, can be obtained by averaged phaselocked or measurements with high temporal. The properties, advantages and drawbacks of specific PIV techniques to visualize the flow behind a PHV will be discussed. [ABSTRACT FROM AUTHOR]

Published
2008
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