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Civil Engineering

Design of Reinforced Concrete Elements - CE6505

Design of Reinforced Concrete Elements

METHODS OF DESIGN OF CONCRETE STRUCTURES


-:- Methods Of Design Of Concrete Structures
-:- Concrete Structures: Design Loads
-:- Materials for Reinforced Concrete
-:- Reinforcing steel
-:- Concrete: Design codes and Hand books
-:- Concrete: Design Philosophies
-:- Partial safety factor
-:- Characteristic strength and loads
-:- Working Stress Method Design
-:- Important Question And Answer: Civil - Methods Of Design Of Concrete Structures

LIMIT STATE DESIGN FOR FLEXURE


-:- Design Problems: Civil - Methods Of Design Of Concrete Structures
-:- Type of Beam
-:- General specification for flexure design of beams
-:- General Aspects of Serviceability
-:- Limit state of serviceability for flexural members
-:- Cracking in structural members
-:- Important Question And Answer: Civil - Limit State Design For Flexure

LIMIT STATE DESIGN FOR BOND, ANCHORAGE SHEAR and TORSION


-:- Design Problems: Civil - Methods Of Design Of Concrete Structures
-:- Equilibrium Torsion And Compatibility Torsion
-:- Estimation of Torsional stiffness
-:- Design Problem, Important Question And Answer: Civil - Limit State Design For Bond, Anchorage Shear and Torsion

LIMIT STATE DESIGN OF COLUMNS


-:- Classification of columns
-:- Behavior of Tied and Spiral Columns
-:- Specifications for covers and reinforcement in column
-:- Effective length of compression member
-:- Specifications as per IS: 456-2000
-:- Transverse reinforcement
-:- Limit State Of Collapse: Compression
-:- Procedure for using of Non dimensional Interaction Diagrams as Design Aids to find steel
-:- Design Problem, Important Question And Answer: Civil - Limit State Design Of Columns

LIMIT STATE DESIGN OF FOOTING


-:- Limit State Design Of Footing
-:- Types of Foundations
-:- Bearing Capacity of Soil
-:- Design of Isolated Column Footing
-:- Specifications for Design of footings as per IS 456 : 2000
-:- Design Problem, Important Question And Answer: Civil - Limit State Design Of Footing