CE6505 Design Of Reinforced Concrete Element Hand Written Lecture Notes - Alarmelumangai Edition

  • 19Oct
  • 2016
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    Design Of Reinforced Concrete Elements Premium Lecture Notes (All 5 Units) Prepared and provided by Alarmelumangai ( A. V. C. College of Engineering ) . Specially for Civil Engineering. Syllabus Covered based on Anna University B.E Civil Engineering.

    CONTENT:

    UNIT-1
    METHODS OF DESIGN OF CONCRETE STRUCTURE
    UNIT II 
    LIMIT STATE DESIGN FOR FLEXURE
    UNIT-3
    LIMIT STATE DESIGN FOR BOND, ANCHORAGE SHEAR AND TORSION
    UNIT-4
    LIMIT STATE DESIGN OF COLUMNS
    UNIT-5
    LIMIT STATE DESIGN OF FOOTINGS

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    UNIT-1
    METHODS OF DESIGN OF CONCRETE STRUCTURE
    Concept of elastic method
    Ultimate load method
    Advantages
    Drawbacks
    Working stress method
    Limit state design
    Advantages of limit state method
    Design code and specification
    Limit state philosophy as detailed in IS code
    Design of beams by working stress method
    Design of beams
    Balanced section
    Over reinforced section


    UNIT II 
    LIMIT STATE DESIGN FOR FLEXURE
    Introduction
    Limit stages of collapse
    Problems
    Depth of neutral axis determination
    1. Thickness of slab
    2. Effective span
    3. Load
    4. Bending moments
    5. Area of main steel
    6. Area of distribution steel
    7. Check for deflection
    Beam
    1. Rectangular beam
    2. Flanged beam
    Limiting depth of neutral axis for different grades of steel
    Analysis of beam
    1. Rectangular beam
    Problems
    Limit state design of beams
    Selection of cross sectional dimensions
    Flanged beams
    Problems

    UNIT-3
    LIMIT STATE DESIGN FOR BOND, ANCHORAGE SHEAR AND TORSION
    Bond
    Anchorage
    Primary torsion
    Secondary torsion
    Shear
    Torsional reinforcement
    Bond strength
    Development length
    Types of reinforcement used to resist shear
    Purpose of providing reinforcement
    Classification of bond
    Anchorage bond or development bond
    Chemical adhesion
    Friction resistance
    Design bond stress
    Factors affecting bond strength
    Shear design
    Problems
    Bond 
    Bond resistance mechanism
    Shear failure mechanism
    Torsional strength 
    Transverse shear
    Classification
    Curtailment of reinforcement

    UNIT-4
    LIMIT STATE DESIGN OF COLUMNS
    Column
    Classifications
    Braced and unbraced columns
    Modes of failure
    Unsupported length
    Effective length of columns
    Minimum eccentricity
    Slenderness limit
    Problems

    UNIT-5
    LIMIT STATE DESIGN OF FOOTINGS
    Functions
    Types of foundations
    Deep foundations
    Types
    1. Pile foundation
    2. Well foundation
    Safe bearing capacity of soil
    Depth of foundation
    Design load for foundation design
    Bending moment for design of footing
    One way shear
    Two way shear
    Depth requirement
    Reinforcement requirement
    Problems
    Reinforcement for transverse direction

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