International Research Journal of Education and Technology

The outrigger structural system is one of the systems that withstand horizontal loads. The belt truss, which in this configuration joins all of the outer columns situated on the structure's periphery to the central support beam, prevents rotation of the exterior columns. The shear wall resisted tangential loads. To achieve this characteristic, the construction should use the Outrigger & wall belt system. This study examines a G+10 Storey structure using seven different instances, RA1 through RA7-OTA. At various locations along the transverse axis and ten stories, the numbers 1 through 7 indicate single outrigger systems, shear core outrigger systems, and truss belt support systems.This analysis defines the high-rise building as a G+, 10-story building in Zone III. The 315 m2 plinth area is in use.  Wall Belt Systems, Shear Core Outrigger Systems, and Truss Belt Systems on Residential Apartments in Staad Comparative Analysis The building's location should be as diverse as possible. Outriggers are rigid horizontal structures intended to increase strength and enhance overturning stiffness by attaching the core or spine to distant columns. An Outrigger system produces a total structural behavior that is significantly better than that of a component system by joining two structural systems—typically a perimeter system and a core system. The advantages of an outrigger system are that it reduces the overturning moments that cause building deformations, which, on the other hand, results in higher efficiency in resisting forces.

Keywords – outrigger, wall belt, Truss wall belt support, Core wall belt support, CSI-ETABS,multi-story