Unit 1 Unit-1

10 lecture hours

• Introduction & Limit state design philosophy for RC structures Introduction  Objectives
• Properties of Reinforced Concrete
• Loads & load combinations
• Methods of Analysis
• Codes & specifications
• Design Philosophies - Working stress Method
• Ultimate Load Method
• Limit State Method
• Plastic Method  Introduction of High Strength Materials Limit State Design: Limit state for stability
• strength & serviceability
• partial safety factors for material & loading
• Limit State of Flexure: Stress-strain characteristics of concrete & reinforcing steel
• Type of section-under reinforced
• over reinforced & balance section
• Neutral Axis depth
• Moment of Resistance for singly reinforced
• doubly reinforced and flanged sections
• Limit state of Axial
• Shear and Torsion
• combined flexure & torsion
• Bond & Anchorage
• Development length

Unit 2 Unit-2

12 lecture hours

• Limit state design of RC structural Element Design of Beams: Simply supported
• cantilever and continuous beams Design of Slab: One way, two way simply supported and continuous slabs Design of Column: Classifications
• Design of Short Columns under axial load
• Uniaxial and Biaxial Bending Design of Foundations: Design of isolated footing under axial load

Unit 3 Unit-3

8 lecture hours

• Building Layout and Design Loads as per I.S.
• distribution & flow of Gravity loads
• load combinations
• guide lines for preparation of structural layout for building
• design & detailing of G+3 RC framed building for residential /commercial purpose for Gravity loads

Unit 4 Unit-4

• Design of Retaining walls Types
• behavior and application of retaining wall
• stability criteria
• design & detailing of cantilever & counter-fort type retaining wall for various ground conditions. 06 Program Name: Bachelor of Engineering Level: UG Branch: Civil Engineering Subject Code: BE05006011 Subject Name: Design of Reinforced Concrete Structures

Unit 5 Unit-5

9 lecture hours

• Design of Water Tank Classification of water tank and method of analysis
• permissible stresses
• IS code provisions
• Design of circular and rectangular under-ground water tanks using relevant IS code method