Канал: Partheepan (MVGR Civil)

Lecture-30 Design of One-way Continuous Slab

Lecture-30 Design of One-way Continuous Slab

Lecture-29 Design of A Cantilever Slab

Lecture-29 Design of A Cantilever Slab

Lecture-28 Design of Simply Supported One-way Slab

Lecture-28 Design of Simply Supported One-way Slab

Lecture-27 Introduction to One-way slab, types and its design specifications

Lecture-27 Introduction to One-way slab, types and its design specifications

Lecture-26 Design of beams for torsion

Lecture-26 Design of beams for torsion

Lecture-25 Tutorials on Development Length

Lecture-25 Tutorials on Development Length

Lecture 24 Curtailment of reinforcement, bond and development length

Lecture 24 Curtailment of reinforcement, bond and development length

Lecture-23 Design of Shear Reinforcements

Lecture-23 Design of Shear Reinforcements

Lecture-22 Concepts of Limit state of collapse -shear

Lecture-22 Concepts of Limit state of collapse -shear

Lecture-21 Design of T Beams-2

Lecture-21 Design of T Beams-2

Lecture 20 Design of T Beams-1

Lecture 20 Design of T Beams-1

Lecture-19 Analysis of T Beams- Tutorial

Lecture-19 Analysis of T Beams- Tutorial

Lecture-18 Equations for the analysis of T Beams-DRCS

Lecture-18 Equations for the analysis of T Beams-DRCS

Lecture17 Design of Doubly Reinforced Beam and Introduction to Flanged beams-2

Lecture17 Design of Doubly Reinforced Beam and Introduction to Flanged beams-2

Lecture 16 Design of Doubly Reinforced Beams and Introduction to Flanged Beams

Lecture 16 Design of Doubly Reinforced Beams and Introduction to Flanged Beams

Lecture 15 Concepts and Design of Doubly Reinforced Beams

Lecture 15 Concepts and Design of Doubly Reinforced Beams

Lecture 14 Introduction and Analysis of Doubly Reinforced Beams

Lecture 14 Introduction and Analysis of Doubly Reinforced Beams

Lecture 13 Design of Cantilever Beam (DRCS)

Lecture 13 Design of Cantilever Beam (DRCS)

Lecture 12 Design and Detailing of Singly Reinforced Beams (DRCS)

Lecture 12 Design and Detailing of Singly Reinforced Beams (DRCS)

Lecture 11 Basics of Design of Reinforced Concrete Beam for Flexure.

Lecture 11 Basics of Design of Reinforced Concrete Beam for Flexure.

Lecture 10 Analysis and design of rectangular beams (Design of Reinforced Concrete Structures)

Lecture 10 Analysis and design of rectangular beams (Design of Reinforced Concrete Structures)

Lecture 9 Analysis of singly reinforced rectangular Beam (Design of Reinforced Concrete Structures)

Lecture 9 Analysis of singly reinforced rectangular Beam (Design of Reinforced Concrete Structures)

Lecture 8-Analysis of Singly Reinforced Rectangular Beam (Design of Reinforced Concrete Structures)

Lecture 8-Analysis of Singly Reinforced Rectangular Beam (Design of Reinforced Concrete Structures)

Lecture 7- Types of Sections (Design of Reinforced Concrete Structures)

Lecture 7- Types of Sections (Design of Reinforced Concrete Structures)

Lecture- 6 Limit State of Collapse- Flexure 2 (Design Of Reinforced Concrete Structures)

Lecture- 6 Limit State of Collapse- Flexure 2 (Design Of Reinforced Concrete Structures)

Lecture 5 Limit State of Collapse-Flexure (Design of Reinforced Concrete Structures)

Lecture 5 Limit State of Collapse-Flexure (Design of Reinforced Concrete Structures)

Lecture 4 Concepts of Limit State Method (Design of Reinforced Concrete Structures)

Lecture 4 Concepts of Limit State Method (Design of Reinforced Concrete Structures)

Lecture 3- Design Philosophies in Reinforced Concrete (Design of Reinforced Concrete Structures)

Lecture 3- Design Philosophies in Reinforced Concrete (Design of Reinforced Concrete Structures)

Lecture 2 - Loading Standards (Design of Reinforced Concrete Structures)

Lecture 2 - Loading Standards (Design of Reinforced Concrete Structures)

Lecture 1- Materials for reinforced concrete (Design of Reinforced Concrete Structures (DRCS))

Lecture 1- Materials for reinforced concrete (Design of Reinforced Concrete Structures (DRCS))

Determination of Shear Centre for an I section

Determination of Shear Centre for an I section

Location of Shear centre in Channel with lip

Location of Shear centre in Channel with lip

Shear Centre Numerical Example_Channel Section

Shear Centre Numerical Example_Channel Section

Symmetrical Vs unsymmetrical bending

Symmetrical Vs unsymmetrical bending

Introduction to Shear centre and shear flow

Introduction to Shear centre and shear flow

Stresses due to Unsymmetrical Bending of an Angle Section

Stresses due to Unsymmetrical Bending of an Angle Section

Centroid, Moment of Inertia and Product of Inertia of An Angle Section

Centroid, Moment of Inertia and Product of Inertia of An Angle Section