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Published: Građevinar 70 (2018) 4
Paper type: Preliminary report
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Integrated computational model for Sea Organ simulation

Nino Krvavica, Igor Ružić, Nevenka Ožanić

Abstract

An integrated approach for the simulation of hydraulic and musical aspects of the Sea Organ in Zadar, Croatia, is presented in the paper. The computational model combines a real-life sea wave generation algorithm, a numerical model for water mass oscillation in organ pipes, and a musical sound generation model. The results show that, under the same wave conditions, internal water level oscillations differ between individual Sea Organ segments mainly because of different pipe geometries. Furthermore, analyses revealed that the resulting sound depends not only on pipe geometry, but also on the length and direction of waves.

Keywords
sea organ, computational model, wave spectrum, water mass oscillations, direct integration, waveform sound

HOW TO CITE THIS ARTICLE:

Krvavica, N., Ružić, I., Ožanić, N.: Integrated computational model for Sea Organ simulation, GRAĐEVINAR, 70 (2018) 4, pp. 287-295, doi: https://doi.org/10.14256/JCE.2171.2017

OR:

Krvavica, N., Ružić, I., Ožanić, N. (2018). Integrated computational model for Sea Organ simulation, GRAĐEVINAR, 70 (4), 287-295, doi: https://doi.org/10.14256/JCE.2171.2017

LICENCE:

Creative Commons License
This paper is licensed under a Creative Commons Attribution 4.0 International License.
Authors:
NinoKrvavica WEB
Nino Krvavica
University of Rijeka,
Faculty of Civil Engineering
IgorRuzic WEB
Igor Ružić
University of Rijeka,
Faculty of Civil Engineering
NEVENKA OZANIC WEB
Nevenka Ožanić
University of Rijeka,
Faculty of Civil Engineering