A STUDY ON DESIGN OF R.C.C. OVERHEAD TANK

Civil Engineering

Due to the high demand for water on campus, water must be stored and delivered according to their demands; however, water demand does not remain constant throughout the day and varies hourly. We need to store water in order to supply a continuous volume of water, so a water tank must be developed to match the campus water demand. Elevated tanks are very essential structures that are considered to be the key lifeline elements that must work as expected throughout their lifespan. In this study, we explored the design issues as well as how to calculate the whole Elevated Liquid Reservoir geometrical properties using the standard IS codes. . Hence, we can revise our work based on design perspective and complete the calculated results for the tank. This project deals with the theory behind the design of liquid retaining structure (elevated circular water tank with domed roof and conical base) via working stress method. Initially, the project explores design of water tank for ITM, GIDA, GORAKHPUR according to respective standard data provided by the college. Materials such as concrete and pvc Galvanized Tanks are made from iron and fibre. Pumps from a source are used to move water through pipe. Water can be supplied by gravity or by pump to reach each individual at the required pressure and velocity. The population, as well as their usage and demand, are used to compute volume. The need for water varies from hour to hour. Water tanks are the greatest option for a continuous supply. To accommodate the demand for water, public water tanks will be built. The design and analysis are the same for any liquid in a water tank, but it must be free of cracks to avoid leakage.

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