Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
Master advanced reinforced concrete design principles through comprehensive coverage of material properties, structural behavior, and design methodologies according to IS 456 code provisions. Explore the fundamental properties of reinforced concrete including short-term and long-term material characteristics, rebar properties, and durability considerations including chemical, physical, mechanical, and corrosion effects. Analyze axial behavior of reinforced concrete elements and understand the effects of compressive strength on structural performance. Delve into flexural behavior through moment-curvature analysis, examining the effects of reinforcement ratios, axial compression, and compression steel on structural response. Learn analysis and design procedures for singly reinforced, doubly reinforced, and flanged sections using IS code provisions with practical examples. Study shear behavior of RC elements including design methodologies and torsional behavior analysis with IS 456 design provisions. Examine compression behavior of RC columns covering short versus slender columns, effective length calculations, lateral flexibility, confinement effects, and P-M interaction diagrams for biaxial bending design. Understand serviceability requirements including deflection calculations, long-term deflection considerations, crack width calculations, and bond design with splicing requirements. Explore two-way slab design using direct design method and equivalent frame method approaches. Gain practical experience with ETABS software through tutorials covering building layout, load assignment, preliminary design, 3D modeling, analysis procedures, and result interpretation for comprehensive structural design projects.
