Seismic analysis of underground water tank
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Date
2020
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Publisher
UMT.Lahore
Abstract
The Underwater Water Tank has been a major and most important part of almost all projects. Due to the growing daily population, it is necessary to provide water for various purposes such as industrial use, agriculture, domestic use, for the purpose of drinking etc. Water conservation is best done by providing an underground water tank. This study investigates a well-made cement-backed land with a rectangular water tank under the quake's epicenter. Elemental dimensional finite elementary analysis and SAP2000 software were used to predict tank response. The parameters of the variable analysis considered are the aspect ratio (height of the tank to the maximum length) and the water level of the tank, while the size of the tank wall is considered to be constant. The transcendental and non-volatile masses are also represented by the spring weight model in the historical analysis of the period of earthquake recordings. In general, the results show that, there is a smooth increase in current and displacement of hydrostatic and hydrodynamic analyzes with a decrease in the factor ratio. The high migration time and hydrodynamic impact time are greater than the hydrostatic effects