Optimization of Fluid Viscous Damper Diagonal & Combined Bracing Arrangement in G+9 RCC Structure

Abstract earthquake event is changeable by nature, which has the capacity make devastating operational damage to a structure and collapse in due course leads huge loss of life property loss. Because this, much realization initiated many researchers for progress structural rheostat techniques such as passive controlling active system are associated systems Tuned Mass Damper, Fluid Viscous Dampers, Base Isolation inhibiters etc. In this study an experimentation been carried view G+9 reinforced concrete with proliferation quake analysis SAP-2000. The RCC analyzed means connection fluid viscous dampers situated at numerous patterns two various diagonal bracing combined total 30 types espoused trial based stimulating patterns. efficiency that models had better be clearly pragmatic resultant performances, instance lateral displacement, energy dissipation, storey drift base response finest optimum arrangement recommended use seismic resistant vibrating control system.