B. S. Chandra

AI ELECTRICAL

AN EVALUATION OF THE SEISMIC AND WIND PERFORMANCE OF A G+9 REINFORCED CONCRETE STRUCTURE WITH AND WITHOUT SHEAR WALLS UTILIZING STAAD PLUS

Designing high-rise reinforced concrete (RC) structures with adequate lateral stability is essential, especially in areas prone to earthquakes and strong winds. A G+9 RC framed structure was examined in this research with and without shear walls, utilizing STAAD as a tool for comparison.The PRO CONNECT Version. Model A...

HYBRID ARTIFICIAL INTELLIGENCE METHODS FOR THE RELIABILITY ANALYSIS OF MULTI-STOREY FRAME STRUCTURES UNDER VARIOUS LOADING CONDITIONS

The results of the reliability study show that hybrid AI models are a good substitute for computationally heavy structural evaluation methods and can accurately forecast the reaction of structures.

EXAMINING THE G+2 REINFORCED CONCRETE FRAME'S STRUCTURE USING STAAD.PRO

Reinforced concrete (RC) frame structures must undergo structural analysis as a first stage in their design to guarantee sufficient strength, stability, and serviceability when subjected to stresses. Engineers may now more efficiently and accurately model and analyze complicated structural systems in three dimensions b...

AI ELECTRICAL CIVIL AND MECHANICAL ENGINEERING

This research examines the reliability of BIM-to-FEM transfer procedures using Autodesk Revit and CSI ETABS by systematically evaluating native API-mediated and IFC-based approaches to show that BIM-to-FEM interoperability is still a somewhat automated process that needs rigorous verification.

INTEGRATING ETABS WITH BUILDING INFORMATION MODELLING (BIM) FOR INTELLIGENT STRUCTURAL ENGINEERING

This research examines the reliability of BIM-to-FEM transfer procedures using Autodesk Revit and CSI ETABS by systematically evaluating native API-mediated and IFC-based approaches and offers an integration process based on checkpoints that uses controlled modeling methods, validates models after transfer, and coordin...