Analysis And Design of a Reinforced Concrete Water Tank
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Date
2023
Authors
ازاد جابر
بلال اسعد
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Abstract
This project focuses on the analysis and design of the foundation system and walls for a reinforced concrete water tower. The foundation of a water tower is critical to ensure stability, durability, and safety throughout its service life. The objective of this study is to develop a comprehensive understanding of the design principles, engineering considerations, and analytical methods required for the foundation system of a water tower. The project begins with a thorough literature review to gather relevant water tower design and foundation engineering information. Various types of foundation systems commonly used for water towers are explored, including spread footings, mat foundations, and piles. Additionally, geotechnical investigations are conducted to assess the soil properties at the project site, enabling accurate analysis of the foundation system.
The analysis phase involves the application of engineering software and structural analysis techniques to evaluate the structural behavior of the foundation system. Load combinations, including dead loads, live loads, wind loads, and seismic forces, are considered to assess the stability and performance of the water tower under different loading scenarios. The effects of settlement, uplift, and lateral movements on the foundation system are also investigated
Based on the analysis results, a design methodology is developed to determine the foundation components' dimensions, reinforcement requirement, and construction specifications. Attention is given to ensuring the structural integrity of the foundation system, considering factors such as soil-bearing capacity, settlement limitations, and structural performance.