Advanced Reinforced Concrete Design

Introduction-Overview of RCC - Part 1

Preview

28 min

Introduction-Overview of RCC - Part 2

Introduction to Design Concepts & Philosophies - Part 1

Introduction to Design Concepts & Philosophies - Part 2

Materials Rebar Properties

Materials Short Term Properties - Part 1

Materials Short Term Properties - Part 2

Materials Long Term Properties - Part 1

Materials Short Term Properties - Part 3

Materials Short Term Properties - Part 4

Materials Long Term Properties - Part 2

Durability-Overview

Durability-Effect of Chemical actions

Durability-Effect of Physical,mechanical and corrosion

Durability- Design approaches and code provisions

Axial Behaviour - Introduction

Axial Behaviour of Reinforced Concrete

Axial Behaviour- Effect of Compressive Strength

Flexure Behaviour - Effect of compressive strength on Moment curvature behaviour

Flexure Behaviour - Example-Moment curvature of singly reinforced section

Flexure Behaviour - Moment curvature analysis-procedure

Flexure Behaviour - Background to flexural theory

Flexure Behaviour - Effect of increasing reinforcement on Moment curvature behaviour

Flexure Behaviour - Effect of axial Compression on Moment curvature behaviour - Part 1

Flexure Behaviour - Effect of axial Compression on Moment curvature behaviour - Part 2

Flexure Behaviour - Effect of Compression steel on Moment curvature behaviour - Part 2

Flexure Behaviour - Effect of Compression steel on Moment curvature behaviour - Part 1

Flexure Behaviour - Analysis and Design of Doubly Reinforced Sections using IS Code

Flexure Behaviour - Analysis and Design of Singly Reinforced Sections using IS Code Part - 2

Flexure Behaviour - Analysis and Design of Flanged Sections using IS Code Provisions

Flexure Behaviour - Examples in Flexure using IS Code Provisions

Flexure Behaviour - Analysis and Design of Singly Reinforced Sections using IS Code Part - 1

Flexure Behaviour - Shear Behaviour of RC elements - Part 3

Flexure Behaviour - Shear Behaviour of RC elements - Part 1

Flexure Behaviour - Shear Behaviour of RC elements - Part 2

Flexure Behaviour - Shear Design using IS 456 Provisions

Flexure Behaviour - Examples for Shear Design using IS 456 Provisions

Shear Behaviour - Torsional Behaviour of RC elements - Part 1

Shear Behaviour - Torsional Behaviour of RC elements - Part 2

Shear Behaviour - Examples for Shear Design using IS 456 Provisions

Shear Behaviour - Torsion Design of RC Beams using IS 456 Provisions

Shear Behaviour - Torsional Behaviour of RC elements - Part 3

Shear Behaviour of RC elements - Part 2

Shear Behaviour - Shear Design using IS 456 Provisions

Shear Behaviour of RC elements - Part 1

Shear Behaviour of RC elements - Part 3

Compression behaviour of RC Columns - Intro and Types - Part 1

Compression behaviour of RC Columns - Short vs Slender and Effective length Part - 2

Compression behaviour of RC Columns - Lateral Flexibility and Example - Part 3

Compression behaviour of RC Columns IS Code Provisions - Part 1

Compression behaviour of RC Columns Confinement and Tied Vs Spiral Confined Columns - Part 2

Compression behaviour of Slender Column Design: Theory - Part 1

Compression behaviour of Design of RC Columns for Biaxial Bending - Part 2

Compression behaviour of RC Columns - P-M Interaction : Theory

Compression behaviour of RC Columns- P-M Interaction : Example as per IS 456

Compression behaviour of Slender Column Design: Example as per IS 456 - Part 2

Compression behaviour of Design of RC Columns for Biaxial Bending - Part 1

Serviceability - Numerical Example for the calculation of Deflection of RC beam

Serviceability - Long term deflection and IS code Provisions

Serviceability - Introduction to Deflection of RC Beam Part - 1

Serviceability - Introduction to Deflection of RC Beam Part - 2

Crack width calculation - Theory - Part 1

Crack width Calculation - Example Part - 2

Serviceability - Design for Bond - Theory - Part 1

Serviceability - Design example for Bond and Splicing - Part 3

Serviceability - Design for Bond- Theory - Part 2

Two way slabs - Background

Two way slabs - Design Methods

Two way slabs - Direct Design Method - Part 1

Two way slabs - Direct Design Method - Part 2

Two way slabs - Equivalent Frame Method - Part 1

Two way slabs - Equivalent Frame Method (Example) - Part 2

Introduction - Advanced Reinforced Concrete Design

ETABS Tutorial Part 1 - Building Layout, Load Types & Code provisions Unlisted

ETABS Tutorial Part 2 - Preliminary Design of Beam, Slab & Column Sections

ETABS Tutorial Part 3 - 3D Modeling & Load Assignment in ETABS

ETABS Tutorial Part 4 - Analysis, Design & Result Interpretation in ETABS