1. Introduction
Strong winds not only result in tile scattering leading to damage of tiles, but also result in water leak
damage. Heretofore, the authors have focused their attention on vibrations which bring about the preliminary
phenomena eventually leading to scattering of the tiles due to the effects of the wind, and have sought to
understand the mechanism of these vibrations. Consequently, the authors have been able to connect together
the mechanism and the preliminary phenomena of the occurrence of tile vibration induced by fluid flow [1],
[2]. In accordance with these results, in this paper the authors have gone beyond the conventional
understanding of water leakage amounts, aiming to establish experiment methods and to clarify the
mechanism of the occurrence of water leak phenomena with a purpose to investigate the previously unknown
influence exerted by the vibrations upon water leaks, carrying out measurements using a video camera and an
acceleration sensor.
1. IntroductionStrong winds not only result in tile scattering leading to damage of tiles, but also result in water leakdamage. Heretofore, the authors have focused their attention on vibrations which bring about the preliminaryphenomena eventually leading to scattering of the tiles due to the effects of the wind, and have sought tounderstand the mechanism of these vibrations. Consequently, the authors have been able to connect togetherthe mechanism and the preliminary phenomena of the occurrence of tile vibration induced by fluid flow [1],[2]. In accordance with these results, in this paper the authors have gone beyond the conventionalunderstanding of water leakage amounts, aiming to establish experiment methods and to clarify themechanism of the occurrence of water leak phenomena with a purpose to investigate the previously unknowninfluence exerted by the vibrations upon water leaks, carrying out measurements using a video camera and anacceleration sensor.
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