Etabs & Safe : Advanced Course For Rcc And Steel Structures

ETABS and SAFE with Structural Detailing + Structural Sheets

What you'll learn

Learn structural analysis and design of a residential building using ETABS.

Detail and design the column and beam longitudinal and shear reinforcement.

Analyze and design any kind of civil engineering structure using ETABS.

Linear Static Analysis of RCC Structures

Linear Dynamic Analysis of RCC Structures (Response Spectrum Analysis)

Non Linear Static Analysis of RCC Structures

Design of 34 Storey RCC Building as per Indian Standards.

Export Reactions from ETABS to CSI SAFE for Foundation Design

ETABS Editor File

Design of Raft Foundation in CSI SAFE

Modelling of RCC Structures

Modelling of staircase by Two methods

Learn the interpolation between Etabs, Csi Safe and Autocad

Export the drawing directly to Autocad

Tricks to save time in detailing

How to do detailing with the help of Software

How to do the detailing manually.

Design of Beam

Detailing of Beam

Design of Column

Detailing of Column

Design of Slab

Detailing of Slab

Design of Foundation

Detailing of Foundation.

Slab and Foundation by two methods

Etabs from Steel prospective

Basic Analysis of Steel Structure

Advance Analysis of Steel Structure

3D Steel Space Structure

Bill board Steel Structure

How to tackle the Instability

How to Solve the Warnings

Complex Modelling

Cilo Structures

Pre Engineered Steel Building

Steel Building in Etabs

Design of Steel Strcutures

Optimization of Steel Structures

Requirements

Etabs Installed in PC

Autocad , CSI SAFE and CSI Detailing installed in PC

Description

Get ETABS & SAFE Course with Structural Detailing + Structural Sheets at the price of one !This " ETABS & SAFE : Advanced Course For RCC and Steel Structures " course covers almost every thing in ETABS & SAFE . So that you don't look around.This course  teaches you about Etabs with safe . so that your proper idea how to exports the results  to csi safe . After that you will know how to do the structural detailing and generating the structural sheets.After taking this " ETABS & SAFE : Advanced Course For RCC and Steel Structures "  course you will be amazed to see the confidence in yourself. You will gain robust knowledge in  Residential, High rise building  and Steel Structures.So if you really want to learn about etabs with csi safe in a practical manner then you should definitely join this course without a second thought because you learn about each and everything in detail.What you are going to Learn : -Residential BuildingHigh Rise BuildingBasic Analysis like Beams , Columns and Frame.3D Steel Space TrussWater TankBill BoardCilo StructureSteel Building Pre Engineered Building We will analyze and Design the Members with connections in etabs.We will also see how to solve the Model Warnings & How to remove the instability of the Structures in etab. So if you are interested in learning the Etabs and safe with structural detailing and generating the structural sheets especially for RCC and Steel Structure then this course is for you !!!

Overview

Section 1: Basics of Etabs

Lecture 1 Initial Setting

Lecture 2 Define the material In Etabs

Lecture 3 Define the Section Property

Lecture 4 Navigation In Etabs

Lecture 5 Modelling of Structural Component

Lecture 6 All about Stories

Lecture 7 Advance Tool Explained

Lecture 8 Initial Setting for Modelling of Staircase

Lecture 9 Modelling of Staircase ( Method 1 )

Lecture 10 Modelling of Staircase ( Method 2 )

Section 2: Text Book Problems ( Beams )

Lecture 11 Example 1

Lecture 12 Example 2

Lecture 13 Example 3

Section 3: Text Book Problem ( Truss )

Lecture 14 2D Truss Problem

Section 4: Residential Building Design Real World Project

Lecture 15 Reading the Architectural Drawing

Lecture 16 Grid and Story Data

Lecture 17 Define the Materials

Lecture 18 Define the Section property

Lecture 19 Modelling up to Plinth Beam

Lecture 20 Modelling of 1st Floor

Lecture 21 Modelling of Staircase

Lecture 22 Restraints to Support

Lecture 23 Assign releases to the Secondary Beam

Lecture 24 Basic Load Defined

Lecture 25 Brick Work Load Applied

Lecture 26 Loads on Slabs

Lecture 27 Replication completed

Lecture 28 Modifications of Loads on Roofs

Lecture 29 Glass Loads on extended Slab

Lecture 30 Earth Quake Forces

Lecture 31 Wind Road on Residential Building

Lecture 32 Define and Assign Diaphragm

Lecture 33 Meshing

Lecture 34 Define the Load Combination

Lecture 35 Check your Model

Lecture 36 Diaphragm warning Solved

Lecture 37 Analysis and Analysis Result

Lecture 38 Design of Residential Building

Lecture 39 Various Design Checks

Lecture 40 Story Drift

Lecture 41 Detailing of Longitudional Bars

Lecture 42 Detailing of Lateral Ties of Column

Lecture 43 Detailing of Beam ( Longitudinal Bars )

Lecture 44 Detailing of Tie Member

Section 5: High Rise Building ( 33 Story )

Lecture 45 Understanding the Plan & Elevation

Lecture 46 Initial Setup , Grids and Story data

Lecture 47 Define the Material

Lecture 48 Defining the Section

Lecture 49 Modelling of Beam , Column , Slab and Wall

Lecture 50 How to Check your Model

Lecture 51 Story Correction

Lecture 52 Assign the Releases

Lecture 53 Assign support to the Structure

Lecture 54 Define and Assign Diaphragm

Lecture 55 Define and assign the Pier Lable

Lecture 56 Define the Response Spectrum

Lecture 57 Basic load defined

Lecture 58 Define and assign the Earth quake load

Lecture 59 Wind Load defined with Concept and Applied

Lecture 60 Define the Mass Source

Lecture 61 Blockwork Load

Lecture 62 Staircase Slab Defined

Lecture 63 Wind load defined with Concept

Lecture 64 Modelling of Staircase

Lecture 65 Replication of Stairs

Lecture 66 Mid landing Beam

Lecture 67 Joining the Slabs of Staircase

Lecture 68 Live Load reduction factor

Lecture 69 Apply the Load on Staircase

Lecture 70 Response spectrum in X,Y and Z direction

Lecture 71 Setup Modal Cases

Lecture 72 P-Delta Option

Lecture 73 Meshing in Etabs

Lecture 74 Re labelling in Etabs

Lecture 75 Active degree of freedom

Lecture 76 Setup Advance Sap Fire option

Lecture 77 Default Load Combination

Lecture 78 Modal Check and Analysis

Lecture 79 Mode Analysis

Lecture 80 3 mode running at the same time

Lecture 81 Scaling of Response reduction to Seismic Force

Lecture 82 Create a summary report in etabs

Lecture 83 Detailed report in etabs

Lecture 84 Story Drift and Number of Modes

Lecture 85 Design of Column And Beam

Lecture 86 Detailing of Column and Beam and Generating the Drawing

Lecture 87 Design of Shear Wall

Lecture 88 Detailing of Shear wall

Lecture 89 Design of Slab

Lecture 90 Detailing of SLAB

Lecture 91 Full 3D View

Lecture 92 Export Reaction to SAFE

Lecture 93 How to import .F2k file into csi safe

Lecture 94 Define Material in SAFE

Lecture 95 Mat Foundation Defined in SAFE

Lecture 96 Modelling of Mat Foundation in SAFE

Lecture 97 Soil Subgrade Defined and Assign in SAFE

Lecture 98 Design of Mat Foundation by Finite Element Method in SAFE

Lecture 99 Design of Mat Foundation by Strip Based Method in SAFE

Lecture 100 Detailing of Mat Foundation in SAFE

Section 6: Underground Rectangular Water Tank

Lecture 101 Introduction

Lecture 102 Set Up Grids for Rectangular Water Tank

Lecture 103 Define the Material

Lecture 104 Membrane Vs Shell

Lecture 105 Slab and Wall section defined

Lecture 106 Modelling of slab and wall

Lecture 107 Restraints to support

Lecture 108 Meshing

Lecture 109 Meshing part 2

Lecture 110 Define Load pattern

Lecture 111 Define the Load Combination

Lecture 112 Shell Load Intro

Lecture 113 Load Cases and Assumptions

Lecture 114 Maximum Pressure at Base

Lecture 115 Value of A, B ,C AND D !

Lecture 116 Apply Non Uniform Shell loads in Etabs

Lecture 117 Analysis and deformed Shape

Lecture 118 Stresses

Lecture 119 Design and Detailing

Section 7: 3D Steel space Truss

Lecture 120 Initial Settings

Lecture 121 Approach of Creating the Joints

Lecture 122 Complete Modelling

Lecture 123 Define Material & section Property

Lecture 124 Assign section and Pinned Connection

Lecture 125 Defining the load Pattern

Lecture 126 Modification of Load Patterns

Lecture 127 Applying the joint Load

Lecture 128 Load Combination Defined

Lecture 129 Analysis and Deformed Shapes

Lecture 130 Design of the Truss

Lecture 131 Member Forces Diagram

Lecture 132 Material List & Optimiation

Section 8: Bill Board

Lecture 133 Initial Settings

Lecture 134 Basic Joint Creation

Lecture 135 Modelling Part 2

Lecture 136 Customisation of Tool Bars

Lecture 137 Creating the Back Support

Lecture 138 Joints for Banner Support Structure

Lecture 139 Complete Basic Modelling

Lecture 140 Define the Material

Lecture 141 Frame Section Imported

Lecture 142 Assign Section Property part 1

Lecture 143 Assign Section part 2 & Extruded View

Lecture 144 Assign Pinned Support

Lecture 145 Assigning the Realases to the vertical Member

Lecture 146 Define the Load Pattern

Lecture 147 Modiify the Load Pattern

Lecture 148 Define Slab & Model that slab

Lecture 149 Apply the loads on the shells

Lecture 150 Apply Loads on the Frame

Lecture 151 Define the Load Combination

Lecture 152 Set Analysis option

Lecture 153 How to tackle the Instability

Lecture 154 Analysis & Deformed Shapes

Lecture 155 Design of Members Part 1

Lecture 156 Design Part 2

Section 9: Cilo Structure

Lecture 157 Initial Settings

Lecture 158 Define the material

Lecture 159 Importing the I Section

Lecture 160 Importing the Channel Section

Lecture 161 Modelling of Column & Rotation

Lecture 162 Modelling of the Outer Periphery

Lecture 163 Interior Modeling for the Cilo

Lecture 164 Complete Modelling of One Section

Lecture 165 Define & Model the Chequed Plate

Lecture 166 Apply the Basic Loads

Lecture 167 Replication Methodology for Complex Structure

Lecture 168 Basic Modeling for Story 2

Lecture 169 Second Story Modelling

Lecture 170 Outer Pheriphery Story 3

Lecture 171 Complete Modelling of the Model

Lecture 172 Modelling of Vertical Bracing

Lecture 173 Applying various basic loads

Lecture 174 Define more load Pattern

Lecture 175 Modify Load Pattern

Lecture 176 Define the Load Combination

Lecture 177 Assign Support to Building

Lecture 178 Define and Assign Diaphragm

Lecture 179 Analysis and Deformed Shapes

Lecture 180 Design of Member

Lecture 181 How to passes the failed section

Lecture 182 Member Forces

Lecture 183 Steel Connection in Etabs

Section 10: Steel Building Design in Etabs

Lecture 184 Initial Settings

Lecture 185 Define the Material

Lecture 186 Import the Section Property

Lecture 187 Auto Frame Defined

Lecture 188 Master Story

Lecture 189 Modelling of Column

Lecture 190 Modelling of Beam

Lecture 191 Define the Composite Beam

Lecture 192 Modelling of Secondary Beam

Lecture 193 Define & Model the Deck Section

Lecture 194 Provide the Fixed Support

Lecture 195 Define the Load Pattern

Lecture 196 Modification of Loads

Lecture 197 Apply loads on the Deck Section

Lecture 198 Cladding in Etabs

Lecture 199 Apply the Wind Load

Lecture 200 Define the Load Combination

Lecture 201 Analysis & Results

Lecture 202 Design of Steel Member

Lecture 203 Design of Composite Beam

Lecture 204 Detailing & Material List

Lecture 205 Connection Design of Steel Building

Section 11: PEB Shed

Lecture 206 Initial Settings

Lecture 207 Changing the Background colour

Lecture 208 Free hand Joint Creation

Lecture 209 Drawing some part of PEB Shed

Lecture 210 Define the material

Lecture 211 Define Frame Section

Lecture 212 Define Non-Prismatic Section

Lecture 213 Modelling of Non- Prismatic Section

Lecture 214 Adding more Section

Lecture 215 Modelling of Column

Lecture 216 The Other Half

Lecture 217 Replication of complete Arrangement

Lecture 218 Importing section & Modelling the Connecting Frame

Lecture 219 Complete Modelling of PEB SHED

Lecture 220 Define the Rod Section

Lecture 221 Modelling of Roof Bracing

Lecture 222 Side Bracing

Lecture 223 Load Pattern Defined

Lecture 224 Modifying the Seismic Load

Lecture 225 Define the Mass Source

Lecture 226 Response Spectrum Load Cases

Lecture 227 Define the Load Combination

Lecture 228 Understanding the Baisic Loads

Lecture 229 Applying the DL,WL & CL

Lecture 230 Create Group

Lecture 231 Applying the wind loads on the roofs

Lecture 232 Groups Created for Columns

Lecture 233 Applying Wind Loads on Column Sides

Lecture 234 Applying Wind Loads at he ends

Lecture 235 Modifying the Load Combination

Lecture 236 Releases to the Members

Lecture 237 Asssign Pinned Support to Structure

Lecture 238 Define the Modal Cases

Lecture 239 Design Preferences

Lecture 240 Some Important Settings

Lecture 241 Analysis and Analysis Result(2)

Lecture 242 Designing of Members

Lecture 243 How to passes the Failed the Passes Member

Structural Engineeer,Civil Engineer,Anyone interested in using the Latest Version of Etabs