SEISMIC ANALYASIS AND DESIGN OF PROPOSED ELEVATED INTZ TYPE WATER TANK AT SBPCOE INDAPUR

Authors

  • Mr. Nathu D.Thombare Department of Civil Engineering,University of pune /S. B. Patil College of Indapur, India
  • Mr. Pravin B. Shinde Department of Civil Engineering,University of pune /S. B. Patil College of Indapur, India
  • Prof. VinodA.Choudhari Department of Civil Engineering,University of pune /S. B. Patil College of Indapur, India.
  • Prof. VinodA.Choudhari Department of Civil Engineering,University of pune /S. B. Patil College of Indapur, India.
  • Miss. Karishma P.Yadav Department of Civil Engineering,University of pune /S. B. Patil College of Indapur, India.
  • Mr. Rajkumar M. Madake Department of Civil Engineering,University of pune /S. B. Patil College of Indapur, India.

Keywords:

Elevated water tanks, Earthquake effect, seismic analysis,, design code

Abstract

Elevated water tanks are one of the most important lifeline structures in earthquake prone regions. The major cities and also in rural areas. Theelevated water tank is an integral part of water supply scheme, these structure has large mass concentrated at the top of slender supporting structures are especially vulnerable to horizontal forces due to earthquake. All over the world, the elevated water tanks were collapsed or heavily damaged during the earthquake because of unsuitable design of supporting system or wrong selection of supporting system underestimated demand or strength. So it is very important to select propersupporting system and also need to study the response of elevated Intz water tank to dynamic forces by both equivalent static or dynamic method and to find out the design parameters for seismic analysis.

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Published

2021-03-27

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Section

Articles

How to Cite

Mr. Nathu D.Thombare, Mr. Pravin B. Shinde, Prof. VinodA.Choudhari, Prof. VinodA.Choudhari, Miss. Karishma P.Yadav, & Mr. Rajkumar M. Madake. (2021). SEISMIC ANALYASIS AND DESIGN OF PROPOSED ELEVATED INTZ TYPE WATER TANK AT SBPCOE INDAPUR. International Journal of Innovations in Engineering Research and Technology, 2(3), 1-7. https://repo.ijiert.org/index.php/ijiert/article/view/347