Application of the ANSYS Software for the Design and Study of a FRP Headed Beam-Column Joints

Since structural engineers are in charge of developing the structures for secure computer systems, they have the confidence to tackle larger and more complex structures subject to a variety of loading circumstances. To reduce structural engineers’ time, an effort is made to analyses and design beam-column junctions in multi-story buildings using ANSYS software. In order to make sure the building is safe, it is crucial to account for all potential loads while studying a beam-column junction of the building. The objective of the project is to describe the appropriate process for developing specifications and supporting conditions, types of loads, and load combinations, as well as designing geometry, etc. In order to determine deflection at the beam-column junction in the high-rise structure, ANSYS is used to analyses the transient loading. FRP headed bars improve seismic performance in RCC beam-column joints through corrosion resistance, ductility, energy dissipation, enhancing overall earthquake resistance and structural integrity.