International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 04 | Apr 2023
p-ISSN: 2395-0072
www.irjet.net
Design of Water Tank for the Town of Population 50000 and Analysis byStaad Pro Dr. Vidya Saraf1, Dhananjay V. Khandebharad2 , Sagar W. Lanjewar3 , Onkar B. Mule4 , Hrutik G. Patil5 , Gopal S. Rahane6 1Assistant Professor Civil Engineering Department , GCOE Jalgaon, India 2,3,4,5,6B.Tech Student Civil Engineering Department Government College of Engineering Jalgaon-425001[MS] India
---------------------------------------------------------------------------***-------------------------------------------------------------------------ABSTARCTmust also comply with relevant building codes and regulations to ensure its safety and reliability.
Storage reservoirs and overhead tanks are commonly employed for storing water, liquid, petroleum, and other similar liquids, and their structural analysis is similar regardless of the product being stored. The design of all tanks, whether for water, liquid petroleum, or petroleum products, aims to create crack-free structures that prevent leakage. This paper gives a broad review of the theory behind the design of liquid retaining structures, include of circular water tanks with flexible and rigid bases, as well as rectangular underground water tanks, by use of the working stress method. In addition to theoretical explanations, this report also includes computer using Staad Pro for analyzing and designing circular water tanks with flexible and rigid bases, as well as rectangular underground water tanks. To validate the accuracy of the programs, the results obtained from the computer subroutines are compared with manual calculations from a reference source such as a Concrete Structure book
By utilizing STAAD Pro, a widely used and sophisticated software for structural analysis and design, we can efficiently model and analyze the behavior of the water tank under different loads and conditions. STAAD Pro offers advanced features for modeling, analysis, and design of complex structures, making it a powerful tool for designing water tanks with precision and accuracy. With the goal of providing a reliable and sustainable water supply to the growing population of the town, the design of the water tank using STAAD Pro will involve a thorough analysis of various factors to ensure its stability, efficiency, and compliance with industry standards. Through this project, we aim to create a water tank design that meets the needs of the town's population and contributes to the overall well-being and development of the community.
2. LITURATURE REVIEW
Keywords- Water tank, Design, STAAD Pro, Structural
1. San Jasim Mohammed (2016)
analysis, Structural stability, Seismic analysis, Safety regulations
In their study he concluded that an optimization method was applied to the structural design of concrete water tanks, both rectangular and circular, taking into consideration the total cost of the tank as an objective function. The design variables included tank capacity, width, and length for rectangular tanks, and water depth for circular tanks, as well as unit weight of water and tank floor slab thickness. The researchers developed a computer program to solve numerical examples using the Indian IS: 456-2000 Code equations. The results indicated that the tank capacity minimizes the total cost for rectangular tanks, but maximizes it for circular tanks. Similarly, the tank floor slab thickness minimizes the total cost for both types of tanks. The unit weight of water in the tank minimizes the total cost for circular tanks, but maximizes it for rectangular tanks.
1. INTRODUCTION Welcome to the world of engineering! As the town's population grows, the need for essential infrastructure, such as water supply, becomes increasingly important. One critical aspect of water supply infrastructure is the design of water tanks. In this project, we will be using the powerful engineering software, STAAD Pro, to design a water tank for a town with a population of 50,000. Designing a water tank involves various considerations, including structural stability, capacity, durability, and functionality. The tank must be designed to withstand the weight of the water it holds, as well as potential external loads such as wind and seismic forces. The water tank
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