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Detailing and Design of RCC Circular Slab using Etabs tutorial
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ETABS PROFESSIONAL COURSE
JOIN NOW USING PROMO LINK ONLY FOR EXCLUSIVE CONTENT AND COMPLETE 20 STORY BUILDING DESIGN WORKSHOP:
ETABS Playlist:
Download Excel sheet for slab punching check :
How to draw circular grids :
Complete detailing and design of Circular RCC slab using etabs tutorial video
Complete detailing and design of Curved RCC slab using etabs
Detailing and Design of circular RCC slab using etabs tutorial
One way circular RCC slab is a simply simply supported slab in most cases
Two-way circular slab design and detailing using autocad
How to design 2 way RCC curved slab using etabs
Irregular slab design using etabs
Structural Drawing of curved RCC slab with flat plate system
Flat plate slab design
Circular slab reinforcement calculation
Circular flat plate slab design
How to model curved RCC Slab in etabs
How to draw circular slab in etabs
How to model circular RCC Slab in etabs
Analysis and design of Reinforced concrete slab with flat plate system
How to calculate steel in Rcc slab
How to calculate reinforcement in RCC slab
Maximum positive moment in slab
Maximum negative reinforcement in slab
Design strips in two way curved slab
2 way slab design steps
Structural drawing of 2 way circular slab on AUTOCAD
Etabs tutorials for floor design
RCC floor design using etabs
Define material properties in etabs
Define floor Sections in etabs
Define curved slab in etabs
How to extract reinforcement output from etabs
Calculate steel in 2 way slab using etabs tutorials
Finite element method for slab design
Equivalent frame method for slab design
Direct design method for rcc slab
Design of RCC slab using ACI code
Design of RCC Slab using UBC 97
Calculate shell stresses in circular RCC slab
Main reinforcement calculation in ribs
Distribution Reinforcement formula for RCC ribbed slabs with joists
DESIGN AND DETAILING OF TWO-WAY RIBBED SLAB
Fc’= 3ksi
Fy = 60Ksi
Floor Height = 10 ft – Single storey
Circular Columns = 16” diameter
Center to center span = As shown
Live Load = 40 Psf
Super dead for finishes = 20 Psf
Calculate thickness of slab
Design reinforcement
Detail the slab framing drawing
ACI 318-14 for design
Slab One Way OR 2 way
Slab Thickness Calculations
Calculate slab thickness
Circular slab. Circular slabs are more commonly used in the design of circular water tank containers with flat bottom and raft foundations. The analysis of stresses in these slabs is generally based on elastic theory
Circular slabs are extensively used during the last decade in many engineering applications due to architectural and/or structural needs. They may be floor and/or roof of building, halls, water tanks, silos, bunkers, etc., hence, many researchers devoted their studies for this field. The simply supported and fixed edge circular floors under uniformly distributed loads represent the most popular practical cases, thus, they are considered here. The deflection shape of circular slabs likes a saucer which produces stresses in radial and circumferential directions that necessitates steel bars in these directions. Practically provision of reinforcements in these directions is difficult due to the difficulty of bending the steel bars, as well as the congestion in the central region of the floor, where maximum moments occurred.
Design of reinforced concrete circular slabs by two-way isotropic straight joists
Analysis and design of circular slabs and how to put reinforcement in radial and tangential position
#etabs #RCC #engineering
JOIN NOW USING PROMO LINK ONLY FOR EXCLUSIVE CONTENT AND COMPLETE 20 STORY BUILDING DESIGN WORKSHOP:
ETABS Playlist:
Download Excel sheet for slab punching check :
How to draw circular grids :
Complete detailing and design of Circular RCC slab using etabs tutorial video
Complete detailing and design of Curved RCC slab using etabs
Detailing and Design of circular RCC slab using etabs tutorial
One way circular RCC slab is a simply simply supported slab in most cases
Two-way circular slab design and detailing using autocad
How to design 2 way RCC curved slab using etabs
Irregular slab design using etabs
Structural Drawing of curved RCC slab with flat plate system
Flat plate slab design
Circular slab reinforcement calculation
Circular flat plate slab design
How to model curved RCC Slab in etabs
How to draw circular slab in etabs
How to model circular RCC Slab in etabs
Analysis and design of Reinforced concrete slab with flat plate system
How to calculate steel in Rcc slab
How to calculate reinforcement in RCC slab
Maximum positive moment in slab
Maximum negative reinforcement in slab
Design strips in two way curved slab
2 way slab design steps
Structural drawing of 2 way circular slab on AUTOCAD
Etabs tutorials for floor design
RCC floor design using etabs
Define material properties in etabs
Define floor Sections in etabs
Define curved slab in etabs
How to extract reinforcement output from etabs
Calculate steel in 2 way slab using etabs tutorials
Finite element method for slab design
Equivalent frame method for slab design
Direct design method for rcc slab
Design of RCC slab using ACI code
Design of RCC Slab using UBC 97
Calculate shell stresses in circular RCC slab
Main reinforcement calculation in ribs
Distribution Reinforcement formula for RCC ribbed slabs with joists
DESIGN AND DETAILING OF TWO-WAY RIBBED SLAB
Fc’= 3ksi
Fy = 60Ksi
Floor Height = 10 ft – Single storey
Circular Columns = 16” diameter
Center to center span = As shown
Live Load = 40 Psf
Super dead for finishes = 20 Psf
Calculate thickness of slab
Design reinforcement
Detail the slab framing drawing
ACI 318-14 for design
Slab One Way OR 2 way
Slab Thickness Calculations
Calculate slab thickness
Circular slab. Circular slabs are more commonly used in the design of circular water tank containers with flat bottom and raft foundations. The analysis of stresses in these slabs is generally based on elastic theory
Circular slabs are extensively used during the last decade in many engineering applications due to architectural and/or structural needs. They may be floor and/or roof of building, halls, water tanks, silos, bunkers, etc., hence, many researchers devoted their studies for this field. The simply supported and fixed edge circular floors under uniformly distributed loads represent the most popular practical cases, thus, they are considered here. The deflection shape of circular slabs likes a saucer which produces stresses in radial and circumferential directions that necessitates steel bars in these directions. Practically provision of reinforcements in these directions is difficult due to the difficulty of bending the steel bars, as well as the congestion in the central region of the floor, where maximum moments occurred.
Design of reinforced concrete circular slabs by two-way isotropic straight joists
Analysis and design of circular slabs and how to put reinforcement in radial and tangential position
#etabs #RCC #engineering
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