Robot Structural Analysis Professional Course 2021

Autodesk Robot Structural Analysis : From Beginning to Pro

What you'll learn
Conceptual problem solved in Robot Structural Analysis
Design of Column
Design of Beam
Design of Shear Wall
Design of Footing
Pre Engineered Building (Steel structure )
Steel Bridge
Moving Load
Time History Analysis
Residential Building Design ( As an Assignment )
How to solve warning related with Residential Building
Set Tolerance in Robot Structural Analysis
Design of Slab of Residential Building by Required Reinforcement
Design of Slab of Residential Building by Provided Reinforcement
Design of Beam of Residential Building by Required Reinforcement
Design of Beam of Residential Building by Provided Reinforcement
Design of Column of Residential Building by Required Reinforcement
Design of Column of Residential Building by Provided Reinforcement
Steel Portal Frame
Buckling Analysis
Optimization of Steel structure
Solve Errors in Steel Member
Wind Load Simulation
Solve Warnings in Steel Member
Map of Members
Passed the Failed section




Requirements
No basic knowledge
Robot Structural Analysis Professional installed any Version

Description
Why to enroll in this ' Robot Structural Analysis Professional course 2021 ' ?

This course is created by highly experienced Structural Engineer using the latest version of Robot Structural Analysis Professional 2021 and the content are arranged in such a way that it will clear your basic concept and give you base you for the Professional Content that I have provided in this Course.

In this course , you will learn everything from the Basic to the Advance level using the latest version of Robot structural Analysis Professional 2021.First we will start from some Basic examples which is very important. Then we will move to the Modelling , Analyzing and Design of the Reinforced Concrete Structures like Beam , Column , Shear Wall and Footing in Robot structural analysis .

I am using the latest version of Autodesk Robot Structural Analysis Professional 2021 but you can use any version of Autodesk Robot Structural Analysis Professional.

Advance Steel structures modelling, analyze and design in Autodesk robot structural analysis Professional 2021.

Basic to advance steel efficiently with crystal clear concept.Autodesk robot is very powerful software which can make the life of structure engineers very easy.

Then we will do the the Bridge Modelling, Analysis and design with moving loads in Robot Structural Analysis.

Residential Building as an assignment .

All important Tools are properly explained as it is very essential for the Advance Modelling , Analyzing and Designing .

Why this course is not a bestseller even though the quality of this course is top notch ?

This is the new course so it will take time to become a Top seller course as many many students will join this high quality course.If don't like the course ,

You have 30 days to ask Udemy for a refund.

Overview
Section 1: Basic Examples solved in Robot Structural Analysis

Lecture 1 Changing units in robot structural analysis

Lecture 2 Example no 1

Lecture 3 Example no 2

Lecture 4 Example no 2 support problem

Lecture 5 Example no 2 ( Adding the load )

Lecture 6 Doubt solved

Lecture 7 Example no 3

Lecture 8 Example no 4

Lecture 9 Example no 4 part 2

Lecture 10 Example no 5

Lecture 11 Example no 5 part 2

Lecture 12 Example no 6

Lecture 13 Example no 6 part 2

Section 2: Design of Reinforced Concrete Beam

Lecture 14 Basic setting

Lecture 15 Beam geometry and general parameters

Lecture 16 Apply load on Rc Beam

Lecture 17 How to verify load added or not ?

Lecture 18 Calculation setting

Lecture 19 Final step before running the analysis

Lecture 20 Shear force and Bending Moment diagram

Lecture 21 Area of reinforcement

Lecture 22 Checking the deflection

Lecture 23 Reinforcement plotting

Lecture 24 Beam Notes

Section 3: Design of Reinforced Concrete Column

Lecture 25 Initial setting

Lecture 26 Calculation setting

Lecture 27 Reinforcement setup

Lecture 28 Adding the loads

Lecture 29 Column result

Lecture 30 Column Reinforcement

Lecture 31 Create note and save it

Lecture 32 Detailing of the column

Section 4: Design of Shear Wall

Lecture 33 Shear wall option not available solved

Lecture 34 Create wall geometry and Wall opening

Lecture 35 Shear Wall calculation settings

Lecture 36 Applying the load

Lecture 37 Design of the shear wall

Lecture 38 Reinforcement modifications

Section 5: Foundation Design

Lecture 39 Modelling the Foundation

Lecture 40 Calculation setting

Lecture 41 Foundation reinforcement

Lecture 42 Assign the various loads to the foundation

Lecture 43 Soil profile setting

Lecture 44 Foundation design complete

Section 6: Buckling Analysis

Lecture 45 Define the grids

Lecture 46 Column Selection and drawing

Lecture 47 Drawing the Beam

Lecture 48 Changing the Display

Lecture 49 Claddiing

Lecture 50 Adding the support

Lecture 51 Buckling case load added

Lecture 52 Load applied

Lecture 53 Set parameter for buckling analysis

Lecture 54 Result Modes

Lecture 55 Critical Load

Section 7: Residential Building Design Real World Project

Lecture 56 Important message

Lecture 57 Initial setting of Building

Lecture 58 Defining the Grid in X direction

Lecture 59 Defining the grid in Y direction

Lecture 60 Define the Grids and Story

Lecture 61 Modify the story data

Lecture 62 Define the material

Lecture 63 Defining the Column and beam

Lecture 64 Modelling the Column

Lecture 65 Drawing the Beam and extrusion

Lecture 66 Modelling of the slabs section

Lecture 67 Modelling of the one way slab

Lecture 68 Modelling of two way slab

Lecture 69 Move and edit

Lecture 70 Modelling the Mild Landing Beam

Lecture 71 Copy and replication of beam

Lecture 72 Staircase modelling complete

Lecture 73 Lowering the staircase beam

Lecture 74 Defining the load type

Lecture 75 Apply the external Brickwork load

Lecture 76 Applying load internal beam

Lecture 77 Applying load on the floor

Lecture 78 Applying loads on the stairs

Lecture 79 Replication of floors

Lecture 80 Replication of floors special view

Lecture 81 working in the selected floor

Lecture 82 internal beam load modification

Lecture 83 interior beam load modification

Lecture 84 Modification of exterior beam

Lecture 85 How to only see the slab loading

Lecture 86 Modifications of load on slab

Lecture 87 Selecting the design code

Lecture 88 Define the load combination

Lecture 89 Primary setting of meshing

Lecture 90 Meshing of floors

Lecture 91 Analysis

Lecture 92 Forces in X direction

Lecture 93 Forces in y direction

Lecture 94 Stresses pn Slab

Lecture 95 Assignment

Lecture 96 Solution of assignment : -Warning 1 Solved

Lecture 97 Warning 2 solved

Lecture 98 Nodes problem solved

Lecture 99 Set Tolerance Limit

Lecture 100 Design of Reinforcement Slab ( Required Reinforcement )

Lecture 101 Design of Reinforcement Slab ( Provided Reinforcement )

Lecture 102 Design of Beam ( Required Reinforcement Method )

Lecture 103 Design of Beam (Provided Reinforcement Method )

Lecture 104 Design of Column ( Required Reinforcement Method )

Lecture 105 Design of Column (Provided Reinforcement Method )

Section 8: Optional (Advance Modelling in Robot Structure Analysis Professional 2021)

Lecture 106 Advance Modelling :- Example 1

Lecture 107 Initial setting of the grids

Lecture 108 Judging the points in robot Structural analysis

Lecture 109 First object created

Lecture 110 Scalling

Lecture 111 Extrusion again

Lecture 112 Assign Thickness section

Lecture 113 Import the section

Lecture 114 Modelling the Beam

Lecture 115 Modelling the Column

Lecture 116 Modelling of Beam and Bracing

Lecture 117 Addding the support

Lecture 118 Extrusion of Thickness member

Lecture 119 Advance Modelling :- Example no 2 Formation of Arch

Lecture 120 Cooler Modelling

Lecture 121 Assign the materials

Lecture 122 Adding the linear support

Lecture 123 Meshing

Section 9: Steel Bridge

Lecture 124 1. Shell

Lecture 125 Adding the Panel

Lecture 126 Assign the reinforcement

Lecture 127 Add the support

Lecture 128 Modelling the sides of the bridge truss

Lecture 129 Draw the bracing

Lecture 130 Adding the Beam

Lecture 131 Adding the Load

Lecture 132 Adding the Live Load 1

Lecture 133 Applying the Live Load 2

Lecture 134 Applying the Live Load 3

Lecture 135 Applying the wind load 1

Lecture 136 WL2 Applied

Lecture 137 Defined vechile load

Lecture 138 Vehicle Load Defined ( Concentrated )

Lecture 139 Moving Surface Load

Lecture 140 Presetting

Lecture 141 Analysis

Lecture 142 Create Animation

Lecture 143 Buckling length defined and assign

Lecture 144 Buckling length for diagonal member

Lecture 145 Display setting and bottom

Lecture 146 Grouping in Robot

Lecture 147 Calculations

Lecture 148 Repeated Method

Lecture 149 Code Group verification

Lecture 150 Define the time history analysis

Lecture 151 Calculations

Lecture 152 Adding Displacement Ux

Lecture 153 Final Result

Section 10: Steel Portal Frame

Lecture 154 Initial Setting for Portal Frame

Lecture 155 Structural Analysis Setting

Lecture 156 Grid information data

Lecture 157 Define the axis and 3D View

Lecture 158 Adding section and Modification

Lecture 159 Draw column and rafter

Lecture 160 Section problem solved

Lecture 161 Toolbar Customisation

Lecture 162 Division of Rafters

Lecture 163 Division and Direction

Lecture 164 Replication

Lecture 165 Gable End Column and Rafter Defined

Lecture 166 Modelling of Gable End Column and rafters

Lecture 167 Move and Extend

Lecture 168 Trimming in Robot

Lecture 169 Gable End Column Drawn and extend

Lecture 170 Local Axis Setting

Lecture 171 Mirror in Robot Structural Analysis Professional

Lecture 172 Define support and assign

Lecture 173 Modelling of strut box

Lecture 174 Calculations for mid point

Lecture 175 21.Modelling of bracing

Lecture 176 Mirror Completed

Lecture 177 Copy of Bracing

Lecture 178 24.Australian regional Code added

Lecture 179 25.Define section from Australian code

Lecture 180 Node Generated For Bracing

Lecture 181 Calculation for no of bracing

Lecture 182 Copy the Bracing

Lecture 183 Assign the Z section

Lecture 184 Copy of Z bracing

Lecture 185 Differerent color section

Lecture 186 32.Copy of bracing in remaining direction

Lecture 187 Trimming Completed

Lecture 188 Change member to Gable end rafters

Lecture 189 Pinned releases to Z section

Lecture 190 Pinned strut box

Lecture 191 Rod bracing tension bar

Lecture 192 Cladding

Lecture 193 Cladding on the upper side

Lecture 194 Copy of cladding in y direction

Lecture 195 Cladding on sides

Lecture 196 Cladding completed

Lecture 197 Load ignore

Lecture 198 Direction of load distribution

Lecture 199 Load distribution from 2 way to one way

Lecture 200 Load distribution sides

Lecture 201 Cladding load distribution sides

Lecture 202 Load distribution completed

Lecture 203 Load defined

Lecture 204 Apply the various loads in RSA

Lecture 205 Wind load simulation

Lecture 206 Check various results related with structure

Lecture 207 View and modified load combination table

Lecture 208 Load combinatation defined

Lecture 209 Releases to GEC and rafter

Lecture 210 Run analysis and warning

Lecture 211 Material Error solved

Lecture 212 Deleting the overlapped member

Lecture 213 Member extended and overlapping solved

Lecture 214 Deal with instability type 3

Lecture 215 Modification of lateral bucking parameters

Lecture 216 Set displacement limits

Lecture 217 Column parameters setup

Lecture 218 64.Bracing ,strut and steel column modification

Lecture 219 View of member type properties

Lecture 220 Member type properties of rafters

Lecture 221 Apply Member types defination completed

Lecture 222 Group defined

Lecture 223 Calculations

Lecture 224 Check the results !!

Lecture 225 Redefined failed member section

Lecture 226 All members got passed

Lecture 227 Final Result !!

Section 11: Bonus Section

Lecture 228 Get Discount Coupon for All my other Courses

Civil engineers,Structural Engineers

Last updated 5/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.43 GB | Duration: 9h 12m

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