RCC Design
Design of Reinforced Cement Concrete structures as per IS codes.
12
Chapters
0
Notes Available
All Chapters
Introduction & IS 456
SoonGrades of concrete, grades of steel, cover requirements, IS 456:2000
WSM & LSM Concepts
SoonWorking Stress Method vs Limit State Method, loads and partial safety factors
Flexural Design of Beams
SoonSingly & doubly reinforced beams, T-beams — limit state of collapse
Shear & Torsion Design
SoonShear reinforcement, stirrups, design for torsion
Bond, Anchorage & Development Length
SoonBond stress, development length, splicing of reinforcement
Slab Design
SoonOne-way and two-way slabs, flat slabs, yield line theory
Column Design
SoonShort and long columns, axial, uniaxial and biaxial bending
Footing Design
SoonIsolated and combined footings, raft, strap footings design
Staircase Design
SoonDog-leg, open-well staircase — structural analysis and design
Retaining Wall Design
SoonCantilever and counterfort retaining walls, design steps
Pre-stressed Concrete
SoonPre-tensioning, post-tensioning, losses, Magnel's diagram, cracking
Limit States of Serviceability
SoonDeflection, cracking — control and codal provisions
RCC Design — Notes Coming Soon
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