Published Paper Details:

An Intze type water tank is actually an surface water tank used to supply water to a home. This important water structure must withstand different types of natural loads i.e., earthquake loads, wind load, snow load, rainfall load, extreme temperature variations, etc. Previously these types of water tanks were designed in the form of operational stress provided by IS: 3370- 1965 Indian Standard APPLICATION CODE FOR KEY SIGN STRUCTURES PART II TRUE SERVICES in this way we get thick and thick sections. Build in the form of a border given IS: 3370 -2009. This activity will give you an idea of how a water tank is made. We are building a water tank in a small rural area (Hathipur) in the Kanpur district of Uttar Pradesh based on relevant local data. First we will do the weather forecast and then follow the design of the tank. We will list all the types of loads coming to the building. Before taking up the design, the most appropriate type of tank configuration and the appropriate load rating including building dimensions especially in relation to the scattered joints are made. The design is done taking into account the possible combination of loads, times and shekels from direct loads and horizontal loads that work in any direction where the tank is full and empty. In this project by doing an analysis of the Intze tank, diversification due to hydrostatic pressure and stress, etc. it is analyzed. A water tank can be defined as a structure used to store water. The importance of this structure has arisen since the development of rivers, thus contributing to the same theme of water conservation in various streams such as drinking, firefighting, irrigation, agricultural agriculture, both crops and livestock, food preparation, chemicals. Production and many other applications. These buildings must be of good quality and be proof of leak. It should also be taken seriously that the concrete in these structures should not be cracked on the surface of the water and should have a high suction capacity and low porosity.