Design of Structural Systems

Overview

Syllabus 12

1. Week 01
   • Lecture 01 : Introduction to Design of Concrete Structures
   • Lecture 02 : Concept of Structural Systems
   • Lecture 03 : Basic Materials
   • Lecture 04 : Indian Design Codes & Handbooks
   • Lecture 05 : Design Philosophy for RC Structures
2. Week 02
   • Lecture 06 : Design of Beams
   • Lecture 07 : Analysis and design of Singly reinforced RC section
   • Lecture 08 : Analysis and design of Doubly reinforced RC section
   • Lecture 09 : Design for Shear
   • Lecture 10 : Design for Shear ( Contd.)
   • Lecture 11 : Design for Torsion and Bond
   • Lecture 12 : Design for Torsion and Bond ( Contd.)
3. Week 03
   • Lecture 13 : Introduction to Design of slabs
   • Lecture 14 : Design of One-way Slab
   • Lecture 15 : Design of Two-way Slab
   • Lecture 16 : Design of Two-way slab (Contd.)
   • Lecture 17 : Design of Staircase
   • Lecture 18 : Design of Flat slabs
4. Week 04
   • Lecture 19 : Introduction to Compression Members
   • Lecture 20 : Design of Columns
   • Lecture 21 : Design of Columns (Contd.)
   • Lecture 22 : Design of Columns (Contd.)
   • Lecture 23 : Practical Problems on Column Design
   • Lecture 24 : Effective length of Columns
5. Week 05
   • Lecture 25 : Introduction to Design of Footings
   • Lecture 26 : Design of Isolated Footings
   • Lecture 27 : Design of Isolated Footings (Contd.)
   • Lecture 28 : Design of Combined Footings
   • Lecture 29 : Practical problem on Combined Footings
6. Week 06
   • Lecture 30 : Introduction to Detailing of RC elements
   • Lecture 31 : Detailing of RC Slabs, Beams, Columns & Footings
   • Lecture 32 : Detailing of RC Slabs, Beams, Columns & Footings – (Contd.)
   • Lecture 33 : Basics of Seismic Design and Ductile Detailing
   • Lecture 34 : Basics of seismic design and ductile detailing (Contd.)
7. Week 07
   • Lecture 35 : Load Combinations for Limit State Design
   • Lecture 36 : RC Moment Resisting Frames
   • Lecture 37 : RC Special Moment Resisting Frames
8. Week 08
   • Lecture 38 : Elastic vs plastic analysis
   • Lecture 39 : Theory of Plastic Analysis
   • Lecture 40 : Formation of Plastic Hinge
   • Lecture 41 : Formation of Plastic Hinge – (Contd.)
   • Lecture 42 : Nonlinear Analysis of RC structures
9. Week 09
   • Lecture 43 : Introduction to Design of Retaining wall
   • Lecture 44 : Introduction to Design of Retaining wall – (Contd.)
   • Lecture 45 : Design of Cantilever Retaining Wall
   • Lecture 46 : Design of Counter fort Retaining Wall
   • Lecture 47 : Design of Counter fort Retaining Wall – (Contd.)
10. Week 10
    • Lecture 48 : Introduction to Tall Buildings
    • Lecture 49 : Loads and Load path of Tall Buildings
    • Lecture 50 : Structural Integrity of Tall Buildings
    • Lecture 51 : Design of Multi-story RC Building
    • Lecture 52 : Design of Multi-story RC Building – (Contd.)
11. Week 11
    • Lecture 53 : Introduction to Steel Structures
    • Lecture 54 : Loading, Design Philosophy and Connections
    • Lecture 55 : Beam-Column Connections
    • Lecture 56 : Gusset Joint and Built-up Column
    • Lecture 57 : Design and Detailing of Steel structures for earthquake loads
12. Week 12
    • Lecture 58 : Introduction to Industrial Steel Building
    • Lecture 59 : Design of Industrial Steel building
    • Lecture 60 : Design of Roof Truss with practical examples

Advantages and disadvantages

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Taught by

• Prof. T. Jothi SaravananIIT Bhubaneswar