Lesson 8 of 25 • 9 upvotes • 6:18mins
We will be learning about types of problems dealt in analysis i.e. finding position of neutral axis, moment of resistance of section, area of reinforcement required for balanced section.
25 lessons • 2h 43m
Introduction
5:18mins
Tensile Strength of Concrete and Creep
5:36mins
Limit State Method - 1
7:01mins
Modulus of Elasticity of Concrete and Reinforcement
7:33mins
Limit state Method - 2
8:28mins
Compressive Strength of Concrete
8:00mins
Concrete Mix Design
10:13mins
Singly Reinforced Rectangular Section: Numericals on Analysis of Rectangular Sections
6:18mins
Singly Reinforced Rectangular Section: Position of NA, Types of Section, Moment of Resistance
8:47mins
Design a Rectangular Singly Reinforced Section - 1
8:34mins
Design a Rectangular Singly Reinforced Section - 2
7:00mins
Doubly Reinforced Rectangular Section: Analysis of Doubly Reinforced Section
4:45mins
Doubly Reinforced Rectangular Section: Position of Neutral Axis
5:53mins
Doubly Reinforced Rectangular Section: Moment of Resistance
5:28mins
Design of doubly reinforced rectangular section
9:14mins
Introduction to Flanged Section
6:01mins
Effective Flange Width
4:29mins
Depth of neutral axis in flange sections
8:02mins
Effective Span
3:40mins
Design of Flange Section
4:54mins
Criteria for checks in designing of RCC structure
4:31mins
Criteria for check in designing RCC structure (part 3)
6:00mins
Criteria for checks in designing RCC structure(part 2)
3:48mins
Design of simply supported, singly reinforced beam of rectangular section.
5:35mins
Example on design of simply supported, singly reinforced beam of rectangular section
8:37mins