Published Paper Details:

Due to enormous need by the public, water has to be stored and supplied according to their needs. Water demand is not constant throughout the day. It fluctuates per hour. We need to store water in order to deliver a consistent volume of water. As a result, a water tank must be built to accommodate the public water demand. Water, petroleum products, and similar liquids are stored in storage reservoirs and overhead tanks. Regardless of the chemical nature of the product, the force analysis of reservoirs or tanks is similar. To prevent any leakage in the construction, all tanks are constructed as crack-free structures. Elevated Water storage tanks, or water retention structures, are an integral part of any distribution system. During periods of low demand, water is pumped into the storage tank, and during periods of high demand, water is pumped out of the storage tank and into the distribution system. The major aspect of design in conventional constructions is structural stability and load resistance. However, in addition to structural stability, resistance, and appropriate strength against deformation and cracking, structures meant to store liquids should be resistant to perforation and dripping. This project gives in brief, the analysis behind the design of elevated INTZE structure using the software STAAD pro V8i. To determine the roof displacement and base shear values for the elevated water tank. In this study different winds speeds are considered for analysis.