International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 04 | Apr 2022
p-ISSN: 2395-0072
www.irjet.net
Design of Overhead Tank with Carbon Fibre/Fiber Rebar as Reinforcement and Time History Analysis using STAAD-Pro software. Krushnarth S. Chondikar 1, Prof. Abhijeet R. Undre2 1 ME
(Structural), Post Graduation Student, Dept. Civil Engineering of KJ College of Engineering and Management Research, Pune, MH, India. 2 Assistant Professor, Dept. Civil Engineering of KJ College of Engineering and Management Research, Pune, MH, India. ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract – The industry called construction and design,
structures. High reinforcement is needed for the huge water tanks while designing and countering the forces comes across, it is practically to much uneconomical if going with steel. So the new material introduce having 3 to 5 times more characteristic strength than steel.
always trying to find new and better technologies, ways, materials and equipment. In this scenario we talk about technology/material, the using Carbon Fibre/fiber as Reinforcement for design the structure. This brings alternative for steel in the designing of the structure and offers design opportunities to enhance the performance of the structure with encouraging innovation.
Overhead Water Tank: Overhead Water Storage Tank its name suggest and is a usually use to store the water; Tanks are placed over the head that is built on a certain height. The tank may be built of any material, but the idea is to achieve maximum efficiency by placing a tank at some elevated distance. The water from the ground level is filled through pumping. It is achieved with high power motor pumps that send the water to storage at high pressure. These Tanks can be anywhere above a Town or even within your house where it is built on the rooftop. The main purpose is to achieve an even distribution.
Lots of the studies showed that the need of tanks is essential and increasing now days by day over the world. Due these increasing demands, we need to design & build the huge/large storage water tanks structures. But going with traditional/conventional/regular way has limits. It should not been limited to a certain extent structural point of view. Effective overhead water tanks could not be possible with a traditional/conventional/regular approach. Due to their special architectural features and configurations of water tanks are different structure. Materials having high strength and innovative structural systems are needed to be developed to resist the challenges created by construction of the huge storages of water tanks in regions of highly densely populated areas.
Carbon Fibre/fiber Reinforcement/Rebars: Carbon Fibre/fiber composite reinforcement/rebars has high strength, moderate modulus of elasticity, small deformation, pre-manufactured composite carbon/resin rods. Carbon Fibre/fiber Rebars is used as internal or external reinforcement providing additional strength and stiffness to concrete and masonry structural elements. Carbon Fibre/fiber Rebars rods can be effectively anchored into adjacent members, non-corrosive, light-weight, highstrength, fatigue resistance and non-magnetic, low impact on member appearance and aesthetically pleasing, increasing in-plane or out- of-plane bending capacity of masonry wall, effective topside reinforcing product for slabs and beams, suitable for special engineering structures, structural reinforcement and so on.
In present work, design of the overhead tank using carbon fibre/fiber as reinforcement, has been checked weather can we design or not, do time history analysis or not. In further work, the performance of overhead tank using carbon fibre/fiber as reinforcement will be checked at the several loads, time history analysis, and the maximum considered level criteria STAAD-Pro software. Key Words: Carbon fibre/fiber rebars, modelling, new material, overhead water tank, STAAD-Pro software.
1. INTRODUCTION
Table: Carbon Fibre/fiber Rebars Details
Conventional method of designing an overhead water tank structure with time history analysis has limit. We should thing beyond the limits as need of the water reservoirs is more. Considering the factors like "value of the design base shear is dependent on height (period), type, location, and importance of the structure as well as on the nature of foundation soil" we need to design the structure. Steel is used for the reinforced the structure, which counter balances the tensile force generated in different types of the
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Impact Factor value: 7.529
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Item
Value
Diameter(mm)
6 ~ 30
Density(g/cm3)
1.5 ~ 1.7
Tensile Strength (MPa)
1500 ~ 2800
E-modulus(GPa)
130 ~ 200
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