Comprehensive RCC Design using IS 456 : 2000 (LSM)

Name: Comprehensive RCC Design using IS 456 : 2000 (LSM)
Rating: 4.5 (121 reviews)

A comprehensive design series for graduating engineers and practicing engineers.

Created byTanvesh Dabholkar

Last updated 11/2020

English

What you'll 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

Course content

9 sections • 44 lectures • 17h 2m total length

RCC Design Introduction24:39
Explore reinforced concrete design under IS 456:2000, from loading and structural analysis to detailing reinforcement, effective depth, cover, neutral axis and stirrups, with safety philosophies and load factor concepts.
WSM Introduction25:27
WSM Part 219:26
WSM Part 414:51
LSM Part 124:06
LSM Part 213:44
Ultimate Load Method - Part 119:20
Explore the ultimate load method, working stress, and limit state design for reinforced concrete, using Whitney stress block concepts, and learn why LSM balances safety and economy in IS 456:2000.

LSM Doubly Reinforced Section19:17
LSM Doubly Reinforced Numerical Type 120:25
LSM Doubly Reinforced Numerical Type 1 - Problem 214:30
Explore solving a doubly reinforced numerical problem under is 456:2000, determining the ultimate moment of resistance and the actual stresses in steel and concrete.
LSM Doubly Reinforced Design Numerical 128:49
LSM Doubly Reinforced Design Numerical 217:18
LSM Doubly Reinforced Design Numerical 318:42
Work through a doubly reinforced beam design numerical, compute the ultimate moment and moment of resistance, and design the section and reinforcement layout per IS 456:2000.

Columns Theory -134:37
Columns Numerical 122:45
Columns Numerical 213:08
Circular Column with Helical Reinforcement24:29
Columns with bending and axial load28:11
Column Design Numerical 123:57
Explore numerical column design in RCC using IS 456:2000, calculating axial load, bending moment, neutral axis, and multi-layer steel reinforcement to assess capacity.
Column Design Numerical 229:50
Column Design Numerical 325:39

Requirements

Should have basic knowledge of terminologies like yield and ultimate stress of materials

Description

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.

Who this course is for:

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

Comprehensive RCC Design using IS 456 : 2000 (LSM)

What you'll learn

Explore related topics

Course content

Introduction to Design Philosophies in RCC7 lectures • 2hr 22min

Singly Reinforced Section4 lectures • 1hr 28min

Doubly Reinforced Sections6 lectures • 1hr 59min

Flanged Sections4 lectures • 1hr 18min

Shear Reinforcement5 lectures • 1hr 41min

Torsion1 lecture • 31min

Slabs5 lectures • 2hr 15min

Columns8 lectures • 3hr 23min

Footings4 lectures • 2hr 7min

Requirements

Description

Who this course is for: