Lectures

Reinforced Concrete Design - I

Lecture 1

Introduction to Reinforced Concrete Design

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Lecture 2

Design of Singly Reinforced Beam in Flexure

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Lecture 3

Design of Doubly Reinforced Beam in Flexure

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Lecture 4

Design of T and L Section Beams in Flexure

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Lecture 5

Development Length, Splices and Curtailment of Reinforcement

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Lecture 6

Design of RC Beam for Shear

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Lecture 7

Design of Reinforced Concrete One-Way Slabs

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Lecture 8

Design of Reinforced Concrete Columns

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Lecture 9

Design of Wall and Column Footings

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Lecture 10

Serviceability Criteria for Deflection and Crack Control in RC Members

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Reinforced Concrete Design - II

Lecture 1

Introduction

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Lecture 2 (Part - I )

Design of One-way Slab System

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Lecture 2 (Part - II )

Design of One-way Slab System

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Lecture 3

Design of Two-way Slab System with Beams

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Lecture 4

Design of Two-way Slab System without Beams (Flat Plates & Flat Slabs)

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Lecture 5 (Part - I)

Introduction to Earthquake Resistant Design of RC Structures

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Lecture 5 (Part - II)

Introduction to Earthquake Resistant Design of RC Structures

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Lecture 6

Design of Reinforced Concrete Retaining Walls

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Lecture 7

Introduction to Bridge Engineering

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Lecture 8

Introduction to Prestressed Concrete

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NOTE:

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Lecture 1

Introduction

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Lecture 2

Materials

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Lecture 3 (Part - I)

Design of RC Members for Flexural & Axial Loads

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Lecture 3 (Part - II)

Design of RC Members for Flexural & Axial Loads

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Lecture 4

Design of RC Members for Shear & Torsion

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Lecture 5

Serviceability Requirements and Development of Reinforcement 

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Lecture 6

Design of Reinforced Concrete Slab Systems 

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Lecture 7

Idealized Structural Modeling of RC Structures 

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Lecture 8

Analysis of Reinforced Concrete Structures 

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Lecture 9

Introduction to Earthquake Resistant Design of RC Structures 

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Lecture 10

Design of Beam-Column Connections in Monolithic RC Structures

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Lecture 11

Slenderness Effects in RC Structures

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Lecture 12

Design of Shallow Foundations

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Lecture 1

Lecture to be uploaded soon! 

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Prof. Dr. Qaisar Ali

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