Etabs Course: Comprehensive and Project based Training

Name: Etabs Course: Comprehensive and Project based Training
Rating: 4.6 (48 reviews)

Learn CSI Etabs& G+12 building practical design using Indian & International codes from very basic to professional level

Created byMayur Rajput

Last updated 9/2023

English

What you'll learn

Practical application CSI Etabs for design of G+12 Storey RC residential building by industrial expert
Reinforcement detailing of beam, column, slabs as per IS456,IS13920 and SP 34 using STAAD RCDC
Manual calculation and application of various external loads like Super-dead, live, wind, Static and dynamic earthquake forces as per Indian codes
This course is just not about tutorials on ETABS it's about practical application of Etabs in real life project design using various Indian Codes
Application of various Indian and International codes in structural design
Understanding structural analysis and it's types such as P-delta, buckling, creep and more as per Indian and International Codes.
Performing stability checks on building as per Indian codes
How real life projects are done Etabs
No assumption, 100% structural design asper Indian codes
Designing and analyzing the ability of the structures to withstand various external loads that will be acting on it.
Model checking & correcting structural modeling mistakes.
Understanding degree of freedom, Supports, types of supports and their functions
Understanding modes of vibrations and correcting modal shapes
Understanding end releases and their functions
Understanding different types of loads acting on structure
Manual calculation & application of Super-dead load using IS 875 (Part-1)
Manual calculation & application of live load using IS 875 (Part-2)
Manual calculation & application of wind load using IS 875 (Part-3)
Manual calculation & application of static seismic load using IS 1893 (Part-1)
Application of horizontal and vertical dynamic seismic load load using IS 1893 (Part-1)
Understanding load combinations & It’s application in Etabs as per IS codes.
Studying bending moment and shear force diagram in beams, columns, shear walls and slabs
Beam, Column and shear wall design as per IS 456:2000
Structural stability checks for building as per Indian codes and their necessity
Fundamentals and Manual design of structural members such as slabs, beams, columns as per IS 456
Slabs reinforcement detailing in STAAD RCDC as per IS 456, SP34, IS 13920
Beams reinforcement detailing in STAAD RCDC as per IS 456, SP34, IS 13920
Columns reinforcement detailing in STAAD RCDC as per IS 456, SP34, IS 13920

Course content

9 sections • 64 lectures • 16h 26m total length

Course detailed curriculum16:03
Complete curriculum of this course

Introduction to structure plan and Structural modeling methods in Etabs2:56
In this lecture you'll be introduced to structural plan and what are things to be mentioned in strctural plan bt structural engineers and then strctural modeling methods in Etabs like Grid system and centerlinr plan method.
Modeling using grid system5:47
In this lecture you'll how to provide grid data for x and y direction for structural modeling using grid system
Defining material and section properties8:33
In this lecture you'll learn how to define material properties (grade of concrete
& Stel) and section properties like beam,column,slabs
Drawing columns and beams5:44
In this lecture you'll learn how to properly draw coulmns and beams
Drawing slabs2:52
In this lecture you'll how to draw floor slabs and staircase properly
Defining story data and complete modeling of structure4:16
In this lecture you'll learn how to provide story data and how to do complete modeling of structure
Drawing elevation and rendered view2:41
In this lecture you'll learn how to draw elevation and rendered view in Etabs

Introduction to architecture,structural and centerline plan6:28
In this lecture you'll be introduced to architecture,structural and centerline plan
Importing centerline plan from AutoCAD to Etabs7:29
In this lecture you'll learn how import a centerline plan AutoCAD to Etabs.
Defining Story data7:50
Defining material and section properties16:15
In this lecture you'll learn how to define materials like grade of concrete,steel and also how to define sections like beam,column,slabs and shear wall
Difference between Column and shear and Drawing columns12:31
In this lecture you'll learn the difference between shear wall and column and also you'll learn how to draw column in Etabs
Drawing shear walls7:45
In this lecture you'll learn how to draw shear walls
Assining beam section properties13:30
In this lecture you'll learn how to assign beam sections properties
Drawing floor and staircase slabs12:59
Checking Model and correcting modeling mistakes22:36
In this lecture you'll learn how to perform model check and how to correct mistakes if their is any
Complete modeling of structure9:18
In this lecture you'll learn how to do complete modeling of structure as per site practices
Degree of freedom,supports and it's type , How,why where to apply supports8:16
In this lecture you'll learn about what is Degree of freedom , supports,it's types , where,why and how to assign supports in etabs

Understanding different types of loads acting on structure13:47
In this lecture you'll understand what are different types of loads acts on building during it's service time.
Manual calculation of super-dead load using IS 875:1987 (Part 1)8:20
In this lecture you'll learn how to calculate super-dead load on slabs according to it's function as per IS 875:1987 (Part 1)
Manual calculation of live load using IS 875:1987 (Part 2)3:07
In this lecture you'll learn how to calculate live load from IS 875:1987 (Part 1)
Application of super-dead and live load in Etabs23:54
In this lecture you'll learn how to apply super-dead and live load on slabs.
Application of super dead and live load on terrace floor slab in Etabs5:02
In this lecture you'll learn how to apply super dead and live load on terrace floor slab
Application of super dead and live load on OHWT & LMR slabs8:43
In this lecture you'll learn how to calculate and apply super dead and live load on OHWT & LMR slabs.
Calculation and application of wall load on beams20:07
Understanding End release concept and how to apply end releases in Etabs14:34
In this lecture you'll learn everything about end release and also how to apply end release
Manual calculation of wind load as per IS 875:2015 (Part 3)26:53
In this lecture you'll learn how to manually calculate wind forces on a structure as per IS 875:2015 (Part 3)
Application of wind load as per IS 875:2015 (part 3) in Etabs20:25
In this video you'll learn how to apply wind load in Etabs as per IS 875:2015 (Part 3)
studying behavior of building due to application of wind force in Etabs16:51
In this lecture you'll learn about how to see wind forces acting on any story and also how to see displacement of any story due to action of wind force.
Manual calculation of seismic forces using IS 1893:201623:15
In this lecture you'll learn about how to manually calculate seismic/earthquake forces using IS 1893:2016
Application of earthquake force in Etabs using IS1893:201615:27
In this lecture you'll learn about how to apply seismic/earthquake force in Etabs using IS1893:2016
Studying behavior of building due to application of seismic force17:11
In this lecture you'll learn about how to see earthquake force acting on any story and also how to see displacement of any story due to action of earthquake force.
Application of dynamic earthquake force in Etabs using IS1893:201619:16
In this lecture you'll learn about how to apply dynamic earthquake force in Etabs using IS 1893:2016
Vertical earthquake force application15:33
In this lecture you'll learn about how to apply vertical earthquake force in Etabs using IS 1893:2016
Understanding Load combinations and their application in Etabs4:45
In this lecture you'll learn everything about load combinations
Bending moment and shear force for beams in Etabs11:37
In this lecture you'll learn how check bending moment and shear force for Beams
Bending moment and shear force for Columns in Etabs6:47
In this lecture you'll learn how check bending moment,axial force and shear force for columns
Bending moment and shear force for shear walls and slabs in Etabs13:53
In this lecture you'll learn how check bending moment,axial force and shear force for shear walls and slabs also.

Section objective0:46
this lecture will give an objectives to perform stability checks.
Check for deflection in slabs as per IS 45619:39
In this lecture you'll learn about how to check for deflection in slabs as per IS456:2000
Check for displacement of building due to wind loads as per IS 16700:20179:00
In this lecture you'll learn about stability check against wind loads as per IS16700:2017
Check for displacement of building due to earthquake loads as per IS 16700:20178:34
In this lecture you'll learn about stability check against earthquake loads as per IS16700:2017
Check for Story drift due to earthquake loads as per IS 1893:201611:06
In this lecture you'll learn about stability check for story drift due to earthquake forces as per IS 1893:2016
Checks for modes of vibration and modal mass participation29:56
In this lecture you'll learn about stability check for 1st mode of vibration and it's modal mass participation
Check for fundamental time period (Part 1)12:33
In this lecture you'll learn how to perform stability check for fundamental time period of building
Check for fundamental time period (part 2)20:45
In this lecture you'll learn how to perform stability check for fundamental time period of building
Check for total modal mass participation in first three modes of vibrations.6:26
In this lecture you'll learn how to perform stability check for total modal mass participation in first three modes as per IS 1893:2016
Check for No. of modes to be considered in structural analysis.3:49
In this lecture you'll learn how to perform stability check for No. of modes to be considered to achieve at 90% of total modal mass participation as per IS 1893:2016
Check for maximum and minimum rebar percentage in columns as per IS 45617:52
In this lecture you'll learn how to perform stability check for maximum and minimum rebar percentage in columns as per IS 456:2000
Check for rebar percentage in beams as per IS 4568:51
In this lecture you'll learn about stability check for rebar percentage in beams as per IS 456:2000
Check for minimum reinforcement in shear wall as per IS 139206:39
In this lecture you'll learn about stability check for minimun reinforcement in shear wall as per IS 13920

Fundamentals of slab and manual design as per IS 45643:14
This lecture you'll learn what is slab, it's function, types of slab and their manual design as per IS 456
Fundamental of beam and manual design as per IS 45644:58
This lecture you'll learn what is beam, it's function, types of beams and their manual design as per IS 456
Fundamental of column and it's manual design32:49
This lecture you'll learn what is Column, it's function, types of Column and their manual design as per IS 456

Requirements

Computer system with CSI Etabs, Staad RCDC and AutoCAD installed

Description

In this course you'll learn CSI Etabs and Staad RCDC from very basic to professional level along with G+2 & G+12 RC building structure modeling, design, analysis and stability checking as per various Indian codes.
This course is just not about tutorials on ETABS and RCDC it's more about practical application of Etabs and RCDC in real life project design using various Indian Codes.
Learn reinforcement detailing of structural members such as beams, columns, slabs as per Indian codes with the help of widely used software tool STAAD RCDC
This course will you complete knowledge of how real life projects and reinforcement detailing of structural members is done using Indian, International codes and widely used software tools AutoCAD, CSI Etabs, Staad RCDC.
You'll get to learn fundamentals of structural engineering, structural design and structural analysis such P-delta, Buckling, Creep and more
You’ll Learn manual calculation and application of various external loads like Super-dead, live, wind, Static and dynamic earthquake forces as per Indian codes.
Learn designing and analyzing the ability of the structures to withstand various loads that will be acting on it through its service.
This course comprises of learning structural design of G+2 & G+12 RC residential building and structural analysis with industry relevant curriculum.
No assumption 100% design using Indian & International codes.
. This course includes about 65 lectures and 16.30 hrs. total time
Projects included: 2 (G+2 Commercial building & G+12 residential building)
Codes included:
IS 456:2000, IS 875:1987 (Part-1,2,5), IS 875:2015(Part-3), IS 1893:2016 (part-1), IS 16700:2017, IS13920:2016
Software tools included:
CSI Etabs, STAAD RCDC, AutoCAD & MS Excel sheets
Along with the precise knowledge, you will get the following benefits:
Course completion certificate
Live interactive doubt clearing sessions

Who this course is for:

Structural engineers
civil engineering students
civil engineers
Structural engineering students
civil structural engineer

Etabs Course: Comprehensive and Project based Training

What you'll learn

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Course content

Introduction1 lecture • 16min

Modeling of G+2 building using grid system7 lectures • 33min

Modeling G+12 building using Centerline plan11 lectures • 2hr 5min

Manual calculation and application of external forces20 lectures • 4hr 49min

Stability checks of building against external loads as per various Indian codes13 lectures • 2hr 36min

Fundamental & manual design of structural members3 lectures • 2hr 1min

Structural analysis and their application in Etabs as per Indian & International5 lectures • 2hr 45min

Reinforcement detailing in Staad RCDC3 lectures • 1hr 20min

Course wrap up1 lecture • 1min

Requirements

Description

Who this course is for: