Course objectives and learning outcomes discussed
Course objectives and learning outcomes discussed contd.
RCC-Introduction -Types of structure with some examples
Analysis of balanced and unbalanced section
Steel specifications-Types of steel used in construction -properties of steel-quality of steel
Moment of resistance of simply supported RC beam
Concepts of limit state design_Limint state of collapse anf Limit state of serviceability
(Annex-G)IS specifications for the deign of singly reinforced beam
Design of Singly reinforced beam with all types of load (EL,WL,DL and LL)
Design of RCC Structures
Singly Reinforced BEAM
Design of doubly reinforced beam
Design of beam -Totorial class
Doubly Reinforced Beam
Section with Compression reinforcement-DesignMoment of resistannce
Design of Tee beam -Introduction
Design of flanged section - Neutral axis lies within the flange
Design of flanged section - Neutral axis lies below the flange
Design of Tee beam
Grid Slab or Waffle Slab
Design of one way slab
Design of Two way rectangular slab-Introduction and support condiation with and without coners
Design of Two way slab
Design of RC roof slab -corners not held down
Design of Two way slab - Calculation of Moment
Design of column-Tributory Area method
Tributary Area Method
Design of column- Classification of column,Reinforcements,lateral ties_IS specifications
Design of short RC rectangular column
Design of circular column with lateral ties and Helical reinforcement
Design of Square RCC column
Design for Bond in RC members
Design of shear,Bond, Anchorage, Development length and Torsion_Design concepts
Design of beam subjected to shear stress
Design of Footings
Design of Uniform depth footing
Design of slopped footing
Working stress design of water tank as per IS13370
Design of combined footing
Design of water tank_Introduction
Design a circular water tank on ground
Design of Water tank
Design of circular underground water tank
Design of Staircase
Design of Intz type water tank
Design of rectangular underground water tank
