Deprem Etkisi Altında Betonarme Bina Tasarımında Sık Yapılan Hatalar ve Çözümler

Many problems encountered in reinforced concrete building design are not caused by calculation methods alone, but by critical decisions related to structural system layout, modeling assumptions, and data input. Under earthquake effects, these issues can directly impact structural safety, code compliance, and overall project reliability. In this webinar recording, common design and modeling mistakes observed in reinforced concrete buildings subjected to seismic loads are examined through practical engineering examples using ideCAD. The session focuses not only on identifying warnings or design checks, but on understanding why these problems occur, how they are linked to structural system behavior, and how they can be resolved using sound engineering judgment. Topics covered include interstory drift issues, shear and friction shear safety of shear walls, group wall capacity ratios, beam–column joint behavior, axial capacity deficiencies in columns, Nmax exceedance in beams, punching shear problems, plan irregularities, slab stress checks, and raft foundation reinforcement and soil bearing capacity issues. In addition, common modeling mistakes such as continuous foundation definition under shear walls, slab openings, basement walls, and elevator core modeling are discussed with applied examples. This webinar is not a software tutorial. It is a professional engineering session that emphasizes structural behavior, seismic performance, and correct modeling approaches within a single, integrated BIM model. It is intended for engineers who want to better understand the source of design problems and improve the quality and safety of their reinforced concrete projects under earthquake loading. 👉 Explore reinforced concrete analysis and design with ideCAD Structural https://www.idecad.com #ReinforcedConcreteDesign #EarthquakeEngineering #SeismicDesign #ConcreteBuildings #StructuralEngineering #CivilEngineering #StructuralSystem #ShearWalls #BeamColumnConnection #PunchingShear #RaftFoundation #ConcreteAnalysis #ideCAD #ideCADStructural