The Construction and Design industry is always trying to find new and better technologies, ways, materials and equipment. One such technology/material is the using Carbon Fibre/fiber as Reinforcement for design the structure which is a new material in this industry that brings alternative for steel in the designing of the structure and offers design opportunities to enhance the performance of the structure with encouraging innovation. The use of this material in designing of the structure reflects economical.
Most of the studies showed that the need of water and storage of water in tanks is essential and increasing now days all over the world. For that demands, we designs the huge storage water tanks structures. Designing the huge storage water tanks by traditional/conventional/regular way has limits, but it should not been limited to a certain extent structural point of view. Efficient overhead water tanks would not be possible with a traditional/conventional/regular approach. Storage tanks are different structure by their special architectural features and configurations. Materials having high strength and innovative structural systems are needed to be developed to resist the challenges created by construction the huge storages of water tanks in regions of highly dense populated area.
In present work, design of the overhead tank using carbon fibre/fiber as reinforcement, has been checked against the several loads, time history analysis and the maximum considered level criteria by performing the linear and nonlinear procedures with the help of STAAD-Pro software. 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.