Comprehensive RCC Design using IS 456 : 2000 (LSM)

Comprehensive RCC Design using IS 456 : 2000 (LSM), available at $49.99, has an average rating of 4.75, with 44 lectures, based on 95 reviews, and has 450 subscribers.

You will learn about RCC in detail according to IS 456 : 2000 using Limit State Method. Difference in WSM, LSM and ULM design philosophy Under reinforced, Over reinforced and Balanced section Flexural design of beams – Singly and Doubly reinforced Flexural design of Tee Beams Shear in Beams Torsion in Beams Design of one way and two way Slabs Design of Columns – Uniaxial and Biaxial bending Footing design This course is ideal for individuals who are Students pursuing bachelors or Masters in Civil Engineering. or Site Engineers or Design Engineers or RCC Designers It is particularly useful for Students pursuing bachelors or Masters in Civil Engineering. or Site Engineers or Design Engineers or RCC Designers.

Enroll now: Comprehensive RCC Design using IS 456 : 2000 (LSM)

Summary

Title: Comprehensive RCC Design using IS 456 : 2000 (LSM)

Price: $49.99

Average Rating: 4.75

Number of Lectures: 44

Number of Published Lectures: 44

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Original Price: ₹2,899

Quality Status: approved

Status: Live

What You Will Learn

RCC in detail according to IS 456 : 2000 using Limit State Method.
Difference in WSM, LSM and ULM design philosophy
Under reinforced, Over reinforced and Balanced section
Flexural design of beams – Singly and Doubly reinforced
Flexural design of Tee Beams
Shear in Beams
Torsion in Beams
Design of one way and two way Slabs
Design of Columns – Uniaxial and Biaxial bending
Footing design

Who Should Attend

Students pursuing bachelors or Masters in Civil Engineering.
Site Engineers
Design Engineers
RCC Designers

Target Audiences

Students pursuing bachelors or Masters in Civil Engineering.
Site Engineers
Design Engineers
RCC Designers

Myself a qualified design engineer and a professor in eminent institution brings you this engaging series lecture on design of reinforced concrete structures. This series is specially designed for graduating engineers and practicing engineers and is based on IS 456 : 2000 code. It covers important topics in RCC design including its design philosophies, design of singly and doubly reinforced beams, shear reinforcement, torsion reinforcement, slabs, columns and footings Along with this you will also get practical knowledge that you need to have for working on site.

Course Curriculum

Chapter 1: Introduction to Design Philosophies in RCC

Lecture 1: RCC Design Introduction

Lecture 2: WSM Introduction

Lecture 3: WSM Part 2

Lecture 4: WSM Part 4

Lecture 5: LSM Part 1

Lecture 6: LSM Part 2

Lecture 7: Ultimate Load Method – Part 1

Chapter 2: Singly Reinforced Section

Lecture 1: LSM Numerical Type 1

Lecture 2: LSM Numerical Type Problem 2

Lecture 3: LSM Singly Reinforced Design Numerical

Lecture 4: LSM Singly Reinforced Design Numerical 2

Chapter 3: Doubly Reinforced Sections

Lecture 1: LSM Doubly Reinforced Section

Lecture 2: LSM Doubly Reinforced Numerical Type 1

Lecture 3: LSM Doubly Reinforced Numerical Type 1 – Problem 2

Lecture 4: LSM Doubly Reinforced Design Numerical 1

Lecture 5: LSM Doubly Reinforced Design Numerical 2

Lecture 6: LSM Doubly Reinforced Design Numerical 3

Chapter 4: Flanged Sections

Lecture 1: Tee Beam

Lecture 2: Tee Beam Part 2

Lecture 3: Tee Beam Numerical 1

Lecture 4: Tee Beam Numerical 2

Chapter 5: Shear Reinforcement

Lecture 1: Shear Reinforcement Theory – Part 1

Lecture 2: Shear Reinforcement Theory – Part 2

Lecture 3: Shear Reinforcement Numerical 1

Lecture 4: Shear Reinforcement Numerical 2

Lecture 5: Shear Reinforcement Numerical 3

Chapter 6: Torsion

Lecture 1: Torsion Theory and Numerical

Chapter 7: Slabs

Lecture 1: Slabs Theory Part 1

Lecture 2: Slabs Theory Part 2

Lecture 3: One Way Slab Numerical

Lecture 4: Two Way Slab Theory

Lecture 5: Two Way Slab Numerical

Chapter 8: Columns

Lecture 1: Columns Theory -1

Lecture 2: Columns Numerical 1

Lecture 3: Columns Numerical 2

Lecture 4: Circular Column with Helical Reinforcement

Lecture 5: Columns with bending and axial load

Lecture 6: Column Design Numerical 1

Lecture 7: Column Design Numerical 2

Lecture 8: Column Design Numerical 3

Chapter 9: Footings

Lecture 1: Footings Theory

Lecture 2: Footings Numerical 1

Lecture 3: Footings Numerical 2

Lecture 4: Footings Numerical 3

Instructors

Tanvesh Dabholkar
Chartered Structural Engineer

Rating Distribution

1 stars: 1 votes
2 stars: 0 votes
3 stars: 6 votes
4 stars: 31 votes
5 stars: 57 votes

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