RCC/Reinforcement Cement concrete notes for GATE (English)
RCC play a very important roles in our life
As you see only structures around as are made up of cement concrete so it is very important for as to study the full and complete details of RCC because without RCC life is incomplete in this article you will be able to download the RCC notes for various competitive exams in PDF format
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Doubly reinforcement beam section
Brick masonry
Test of aggregate
Slab and It's Classification
In this pdf notes you will find the following contents
Content-
1. BASICS
Plain and Reinforced Concrete
Compressive Strength of Concrete in Structure
Flexural Strength of Concrete (Modules of Rupture)
Tensile Strength of Concrete
Stress-Strain Curve of Concrete
Concrete Strain at Ultimate Strength
Design Stress-Strain Curve
Shrinkage and Creep in Concrete
Design Stress Strain Curve for Steel
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2. DESIGN OF RCC STRUCTERES
Introduction
What is Limit State Method
Characteristic Strength of Method
Characteristic Load
Partial Safety of Factor
Assumption Limit State of Collapse: Flexure
Working Stress Method
Deficiency in Working Stress Method
Permissible Stresses
Permissible Stresses in Concrete
Permissible Stress in Steel Reinforcement
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3 .CONCRETE TECHNOLOGY
Introduction
Chemical Composition of Raw Materials
Type of Cements
Admixture
Different Type of Admixture
Aggregates
Permissible Limits for Impurities in Water
Concrete
Methods of Proportional Concrete
Water Cement Ratio
4. REINFORCED SECTION
Balanced, Under-Reinforced And Over Reinforced Section
Moment of Resistance Calculation
Doubly Reinforced Section
Analysis Doubly of Reinforced Section
Moment of Resistance Doubly of Reinforced Section
Design of Doubly of Reinforced Section
Flanged Beam
Effective Flange Width
IS Code Specification
Design of Flanged Section
Limit State of Collapse in Shear
Diagonal Tension and Diagonal Compression
Mechanism of Shear Resistance
Shear Stress
Design Shear Strength of Concrete in Beams
Shear Reinforcement in Beam
Minimum Shear Reinforcement
Design Steps
Bond and Anchorage
Torsion
Effect of Torsional Moment
5. BEAM COLUMN
Design of Beam and Slab
I.S 456 Provisions
Control of Deflection
One-way Slab
Introduction
One-way and Two-way Slabs
Code Requirements on Reinforcement and Detailing
Column Subjected to Axial Compression and Uniaxial bending
(clause 39.5 )
Column Subjected to Axial Compression and Biaxial bending
(clause 39.6)
Code Procedure for Design of biaxilly Loaded Columns
Depth of Foundation
Design Consideration
BASIC ELEMENT OF PRESTRESS CONCRETE
Losses in Priestess
Loss of Prestress Due to Friction
Loss of Prestress Due Anchorage Slip
Loss of Prestress due to Creep of Concrete
Loss due to Shrinkage of Concrete
Loss of Prestress due to Relaxation of Steel
Deflection of Restressed Beam
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