Concrete Structures Handwritten Premium Lecture Notes, Prepared by Buvana. Syllabus is Based on Anna University , Post Graduate M.E. Structural Engineering R2013 Regulations.
CONCRETE STRUCTURE
UNIT-1 (Pages: 40)
DESIGN PHILOSOPHY
UNIT-2 (Pages: 9)
DESIGN OF SPECIAL RC MEMBERS
UNIT-3 (Pages: 15)
FLAT SLAB AND YIELD LINE BASED DESIGN
UNIT-4 (pages: 9)
INELASTIC ANALYSIS OF RC BEAMS AND FRAMES
UNIT-5 (Pages: 5)
DUCTILE DETAILING
Attachment: Click here
UNIT-1
DESIGN PHILOSOPHY
Limit states
Of collapse
Of serviceability
Design stress – strain curve for concrete
Problem
Depth calculation
Load calculation
Moment and SF
Reinforcement calculation
Design of column
Braced column
Unbraced column
Flanged of t-beams
Effective depth
Width of web
Flange thickness
Reinforcement
Reinforcement in beams
Minimum stirrup reinforcement
Check for deflection
Column
Types of column
Axially loaded column
Uniaxial eccentricity loaded column
Biaxial eccentrically loaded column
Design of short column for axial, uniaxial and biaxial bending
Longitudinal reinforcement
Lateral ties
Limit state design of slabs
Design of one way slab
Distribution reinforcement
One way slab
Simply supported slab - 2 way slab
Deflection of RC beams and slabs
Types of deflection
Cracking moment
Load deflection history
Rectangular section
Short term deflection
Long term deflection due to shrinkage
Long term deflection due to creep
Estimation of crack width for RC members
Explosure condition
Crack width
Factors affecting the crack width
Clear cover
Calculation of crack width
Expressions for crack width
UNIT-2
DESIGN OF SPECIAL RC MEMBERS
Classification of concrete walls
Characteristics features of yield lines
Yield moments
Ultimate loads on slabs
Yield line analysis of slabs
Shear in flat slab
Design moment for span
Moments in interior panel
Moments in exterior panel
Props and column head
Direct deign method
Column strip
Middle strip
Panel
Thickness of flat slab
UNIT-3
FLAT SLAB AND YIELD LINE BASED DESIGN
Design of flat slabs
Panel division
Ductile detailing of columns
Problems
Design of confining steel at joints
UNIT-4
INELASTIC ANALYSIS OF RC BEAMS AND FRAMES
Moment curvature problems
Effect of high temperature on steel and concrete
Effect on concrete
Effect on different types of structural members
Effect on fire on the tensile
Design of confining steel at joints
Transverse reinforcement
Special reinforcement
Corbel and console
Brackets
Ductile detailing
Longitudinal reinforcement
Braced walls
Unbraced walls
Limits of slenderness
UNIT-5
DUCTILE DETAILING
Factors affecting Ductility
Ductile detailing of beams
Ductile detailing of columns
Analysis of continuous beam
Attachment: Click here
