Class Central is learner-supported. When you buy through links on our site, we may earn an affiliate commission.

NPTEL

Reinforced Concrete Design

NPTEL via Swayam

Go to class Write review
Coursera Ad

Get Coursera Plus for 40% off

Learn More → Datacamp Ad

Power BI Fundamentals - Create visualizations and dashboards from scratch

Learn More →

Overview

Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
ABOUT THE COURSE: The course is broadly classified into two sections. The first part explains the concept of limit state of collapse and serviceability, beam design against flexure, shear, and bond length. Then, the designs of one and two-way slabs, staircases, and axially loaded columns are taught with numerical examples following IS specifications. The last component of the first part is the design concepts of shallow and deep foundations and their detailing. In the second part, different advanced design concepts are introduced, e.g., the IS code specifications for ductile detailing of the members, followed by the beam-column joint and strong column-weak beam concept. Then, the behavior and design procedure for flat slabs and deep beams are explained with examples. This is followed by the design procedure for the circular tank, intze tank, and underground rectangular tank. At last, the analysis of a multi-stored building and the design of structural members are demonstrated using Finite Element software.INTENDED AUDIENCE: UG Final Year Students

Syllabus

Week 1: Limit State Method
  • Limit State of Collapse and Serviceability
  • Beam design for flexure, Examples.
  • Beam design for shear, and bond, Examples.

Week 2:Beam Design
  • Singly reinforced beam Design, detailing, Examples.
  • Doubly reinforced beam Design, detailing, Examples.
  • T and L beam design, Examples.

Week 3:Slab & Staircase Design
  • One-way slab design concept and Examples.
  • Two-way slab design concept, Continuous slab design example.
  • Staircase: Load distribution and design with example.

Week 4:Column Design
  • Axially loaded and Uniaxial bending column design.
  • Biaxial bending column design.
  • Slender Column Design and Example.

Week 5:Foundation Design
  • Introduction, Isolated Footing Design, example.
  • Combined and Raft footing design example.
  • Behavior of Piles, Pile design example.
  • Pile cap design, and detailing.

Week 6:Ductile Detailing
  • Introduction, Ductile Detailing IS code specifications.
  • Beam-column joint, Strong Column-Weak Beam concept, Special Confining column.

Week 7:Deep Beam
  • General Features, Flexural bending stress.
  • Shear stress & IS code provisions.
  • Deep beam design with examples.

Week 8:Flat Slab Design
  • Flat slab behavior, Analysis Method.
  • Shear in Flat Slab.
  • Design Procedure with example.

Week 9:Underground Water Tank
  • Earth pressure on the tank wall.
  • Design long and short walls of rectangular tank example with detailing.
  • Design of Top & Bottom slab with detailing.

Week 10:Circular Tank
  • Joints in water tank, IS code design method.
  • Circular tank design with example.
  • Design of Top & Bottom slab with detailing.

Week 11:Intze Tank
  • Introduction, Membrane analysis and continuity effect of joints.
  • Design concept of Intze Tank.
  • Design Examples with detailing.
  • Supporting Columns design, with detailing.

Week 12:Building design using FE software
  • Modeling and analysis of multi-stored building using STAAD Pro.
  • Modal analysis of Building.
  • Response Spectrum Analysis.
  • Time History Analysis
  • Design of Structural members.

Taught by

Prof. Arunasis Chakraborty

Reviews

Start your review of Reinforced Concrete Design

Go to class

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Sign up for free
Someone learning on their laptop while sitting on the floor.