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**Format: PDF**

**Pages: Colored**

**Size: 187 MB**

**Length: 311 Pages**

**Sample: Click Here**

We are providing you the best content **Premium Notes of Toppers** in a well-Designed manner, which will be definitely very helpful for your exam. These Reinforced Cement Concrete notes will help you to high scoring in BE/B.tech and Engineering Competitive exams like GATE, ESE/IES, FE, SSC JE etc… We wish that every student clears his concepts to the deep level and having good scores in his upcoming exams. We covers almost all topics of Reinforced Cement Concrete (RCC).

**Following Topics are covered in Network Theory (NT) Handwritten Color Notes: -**

**⤇ Basic Concept** (Introduction, Classification and manufacturing of concrete, Concrete mix, Hardened concrete ,Physical strength Properties of concrete, Testing of Hardened concrete Concrete mix design and Problems and RCC)

**⤇ Limit State Method** (Limit state, Partial safety factors, Stress strain curve, Assumption Of LS, Stress Bloc Parameter, Problems)

**⤇ Design of Rectangular Section** (Singly reinforced and Doubly reinforced)

**⤇ Flanged Section** (Types, Effective Flange width, Analysis, Problems, Design steps and Problems)

**⤇ Working Stress Method** (Definition, Assumptions, Axial Load, Modular ratio, Singly Reinforced beam ,Doubly Reinforced Section, design Steps and Problems, Analysis of T-Beam)

**⤇ Design of Beam** (Effective Span, Arrangement of Loading ,Shrinkage, Deflection, Simply Supported Beam)

**⤇ Limit State of Shear** (Shear Stress variation , Types of shear and modes of failure, ,Design shear and Shear Reinforcement, Design steps and Problems, Minimum shear and deflection)

**⤇ Bond and Anchorage** (Types of bond stress, Development Length, Bond Failure mechanism, Splicing, Curtailment Positive and Negative Reinforcement)

**⤇ Torsion** (Equivalent shear and Moment, Design steps and Problems)

**⤇ Slab** (classification, codal provisions, Deflection, Design steps and Problems on One-way and two way Slabs)

**⤇ Compression Member** (classification, Assumptions, Effective Length, codal provisions, Eccentricity, Short column, Design of column and problems and long column)

**⤇ Foundation** (Types of Foundation codal provisions, Design of Isolated Footing and problems and combined Footing)

**⤇ Retaining Wall** (Types of Retaining Wall, earth pressure Theories, Assumptions of Rankine’s Theory, Types of Earth Pressure, Stability of Retaining wall, Design procedure and problem)

**⤇ Water Tank** (classification, codal provisions, analysis and design of Water Tank)

**⤇ Pre-stressed concrete** (Advantages and disadvantages of prestressing, Types of prestressing, Assumptions and analysis and Problems Cracking load /moment )

Pre-stress losses (Losses in Pre-stress and Problems, Deflection and Shear in prestress beam, Cable Profile)

**⤇ Staircase** (Types of Staircase and problems)

**⤇ Earthquake Design** (Design and Time period)

**⤇ Masonry Design** (Important terms of Masonry, effective Length)