faculty at the catalyst group & Engineer's academy|GATE qualified(twice)|mp subengineer,L&T-BIS, loco-pilot,RPSC Aen. Crack|4yr teaching exp

Amit Singh Bhadoriya

Course covers analysis and design by LSM and WSM for subjective questions. Course is designed as per RTU syllabus.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE & ESE

Hindi

(Hindi) Design Concrete Structures 1: ESE

Prestressed Concrete

Reinforced Concrete Structure

Civil Engineering

GATE & ESE - Civil

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Overview of Course (in Hindi)

Lesson contains concept of LSM and WSM with some important terms.

Fundamental Concepts of WSM and LSM (in Hindi)

Problem Based on Lecture 1 (in Hindi)

Lesson contains question analysis of singly reinforced beam by WSM

Analysis of Singly Reinforced Beam by WSM (Part 2) (in Hindi)

Lesson contains analysis of singly reinforced beam by WSM

Analysis of Singly Reinforced Beam by WSM(part 1) (in Hindi)

Lesson contains procedure of analysis singly reinforced beam by LSM

Analysis of singly reinforced beam by LSM

Lesson contains procedure of design singly reinforced beam by LSM

Design of singly reinforced beam by LSM

Lesson contains questions on design of singly reinforced beam by LSM

Questions on Design of singly reinforced beam by LSM

Lesson contains questions on analysis of singly reinforced beam by LSM

Questions on analysis of singly reinforced beam by LSM

Lesson contains question on design of singly reinforced beam by WSM

Design singly reinforced beam by WSM (part 2)

Lesson contains procedure of design singly reinforced beam by WSM

Design of singly reinforced beam by WSM(part 1)

Lesson contains introduction of doubly reinforced beam and stress block diagram.

Analysis of doubly reinforced beam(part 1)

Lesson contains analysis steps and question of doubly reinforced beam.

Analysis of doubly reinforced beam (part 2)

Lesson contains design steps of doubly reinforced beam with example.

Design of doubly reinforced beam

Lesson contain concept of effective width of flenge for T-beam and L-beam.

Effective width of T-beam and L-beam

Lesson contains concept of analysis of T-beam with example.

Analysis of T-beam

Lesson contains use of IS-456:200
And revision of unit 1 and 2.

Revision and use of IS 456:2000

Lesson contains basic definitions and introduction of limit State of shear and bond

Limit State collapse in shear(part 1)

Lesson contains design steps of shear reinforcement in limit State of shear

Limit State collapse in shear (part 2)

Lesson contains question on design of shear reinforcement

Limit State collapse in shear (part 3)

Lesson contains old ssc mains  question on design of shear reinforcement

Limit State collapse in shear (part 4)

Lesson contains concept of design bond stress and development length with example

Limit State collapse in bond

Lesson contains use of IS code IS 456:2000 in limit State of collapse in shear and bond

Use of IS 456:2000 in unit 3

Lesson contains design steps of one way slab and concept of effective span of slab.

Design of One way slab(part 1)

Lesson contains question of one way slab (old RTU question)

Design of one way slab ( part 2)

Lesson contains two way slab design steps.

Two way slab (part 1)

Lesson contains two way slab design question

Two way slab (part 2)

Lesson contains design of two way slab question

Two way slab (part 3)

Lesson contains revision of design of slab and use of IS code in design of slab

Use of code IS 456:2000 in slab design

Lesson contains student doubt and correction in slab

Students doubt and correction

Lesson contains analysis steps of columns by LSM and WSM

Analysis of columns (part 1)

Lesson contains neumerical of Analysis of columns by WSM and LSM

Analysis of columns (part 2)

Design of columns

Lesson contains design steps of isolated footing

Design isolated column footing (1)

Lesson contains neumerical of isolated footing

Design of isolated column footing (2)

Civil Engineer | M.E. Grad in Transportation Engg. | Passionate about teaching | Derive my happiness sharing knowledge and help learners

Dhananjay Pandya

In this course, 
Introducing Chapter- "LSM & Limit state collapse in Flextue"
Include- Type & difference of LSM, Important Defination's, Types of steel, Esti. Of yeild point, Properties of concrete, flexture tensile of concrete, quality control .

(Hindi) Reinforced Cement Concrete- Module-1 {Limit State Method - IS Code Recommendations}: GATE

 Deepak Krishna V M, ME Structural Engineering,CEng, Institution of Engineers India, Member, Indian Society of Structural Engineers.

Deepak Krishna V M

In this course, Deepak Krishna discusses in detail, the different factors affecting the workability of concrete. The course will be beneficial for Civil Engineering students.

Factors Affecting Workability of Concrete

Shashi Kumar

This course gives a detailed study on concepts - Introduction,
Singly Reinforced Beam,
Doubly Reinforced Beam,
Flange Beam,
Example.

(Hindi) Design of Beam (LSM)

Concrete is one of the most important material used by the humans today. In fact the usage numbers are only second to water. So to know about its ingredients. is very important.
Here we discuss about one the most important component in the concrete i.e the fine aggregate. This forms an integral part in the concrete matrix. 
In this course we will see the important informations like general info, properties , types and tests.
All these info, will hopefully help you to earn some marks and gain some knowledge for the exams especially university exams.
Please feel free to input your suggestions.
So lets start........

Basic Constituents - Fine Aggregates

In this course, educator will be teaching about
 design for conventional type questions and contain prestress concrete, retaining wall, domes, culvert, bridge etc.  In detail.

Lessons

35 lessons • 2h 55m