In this research, we investigate a frame tube and tube-in-tube structural comparison, bundle tube structure and bundle tube structures with shear wall under Zone III and Zone V is done to find most efficient structure to improve system's lateral stability We discovered that shear wall bundles had more lateral stability than other types of tube constructions. These tube structural systems help to enhance structural stability of structures, and they make it possible to use floor space more efficiently. It works like a big pipe with a smaller pipe in the middle.
In the case of a tube-intube construction, floor slabs are used to link the outerframed tube to the inner tube. Under lateral stresses, due of the noticeable degree of shear lag, the corner portions are hit with much greater axial loads. Internal tubes and tube in tube construction are often used because of their great solidness in vertical and horizontal loading, as well as their accessibility. In this study, Tall Structure Systems (TSS) have been utilized extensively to be the framework for tall buildings, making use of Framed Tube, Tube in Tube, and Bundled Tube frameworks.
