ANALYSIS AND DESIGN OF PSC I-GIRDER SUPER STRUCTURE WITH PRECAST TECHNOLOGY AS PER IRC:112-2020

Abstract

The modern bridge industry is one of the most significant in the world. As things are now, national roads and urban traffic management are necessities for every modern nation. Flyovers, viaducts, and other forms of elevated transportation have emerged as vital infrastructure in modern cities. Are the sorts of bridges that must be built using cuttingedge building techniques and Prestressing equipment. The usage of prestress girder type bridges is increasing in the field of bridge engineering due to the benefits they provide in terms of stability, serviceability, economics, aesthetic appeal, and structural efficiency. Bridges are essential components of any road network. As one of the most frequent bridge designs, Ibeam bridges need ongoing research into and updates to analytical methodologies and design approach. Theyre not complicated to build structurally at all. This means that for bridging relatively small distances, they are the best option. In this work, we cover the study and planning of a longitudinal girder bridge. Here, STAAD Pro is used for analysis, and the requirements of IRC1122020 are used to inform the design of the building.