MAC e-Learning Revolution

1. http://www.macelearn.com PRODUCT DESCRIPTION STAAD ADVANCED VIDEO STAAD ADVANCED VIDEO TRAINING: FOUNDATION FOR STRUCTURAL AND C FOR STRUCTURAL AND CIVIL WORKING ENGINEE IVIL WORKING ENGINEER R TRAINING: FOUNDATION TO MASTERY TRAINING TO MASTERY TRAINING SERIES SERIES STAAD Advanced Video Training Series for Working Engineers and Students-Civil/Structural Module Module- -0/Kick Start & Let us Begin! STAAD.Pro from Foundation to Mastery 0/Kick Start & Let us Begin! STAAD.Pro from Foundation to Mastery      Introduction and Foundation concept of Design and Analysis(STAAD Advanced Video Training) Migrating from theory to Application Structural Problem formulation Pre-Requisite Assessment Complete 1 Hour Lecture covering must have pre-requisite before gliding to STAAD or Any FEA Analysis Package Module Module- -1/Concept/Foundation & Technology 1/Concept/Foundation & Technology     Bentley STAAD History & Background & Other widely used Applications Assumption & correctness of our observation of Inputs to FEA Analysis Engine Understanding Concept of FEA/FEM-Lecture Introduction and Deep insight of the Technology -FEA/FEM o Why Industry is widely using FEA for Structural Analysis/Design? o Why FEA is so popular o Mathematical Formulation o Application of FEA(STAAD Advanced Video Training) o Input/Output/Verification/Validation         Different Modules and Scope/Integration Why Industry is widely using FEA for Structural Analysis/Design? Why FEA is so popular Mathematical Formulation Application of FEA Input/Output/Verification/Validation What exactly we do in Analysis & Design Application-Role of Engineer Vs Computer/Workstation Pro GUI introduction & Layout MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

2. http://www.macelearn.com         System Requirement Impact of Nano Technology to Analysis /Design Process of Structure Take Home Final Points from Module-1 Projects Projects Modules Show case & Navigation in STAAD.Pro How to extract Inputs(BCS) from real world Problem Assumption & correctness of our observation of Inputs to FEA Analysis Engine FEA Solution Approach –Problem(STAAD Advanced Video Training) Module Module- -2/STAAD Config/Understanding Architecture for Project Application 2/STAAD Config/Understanding Architecture for Project Application     Pro v8i SS6 work flow Process Pro Configuration 1step to Kickstart New Project/Open Project/File culture File House Keeping/Back up Mapping o Do’s and Do not o Project Tips o Use of STAAD Program for Transmission of files/Project                  Archive & Why it is so important for my Critical STRUCTURAL Analysis Projects STRUCTURAL Dashboard(STAAD Advanced Video Training) Base Unit Configuration Axis Orientation Working Directory Setting Error tracking Configuration STAAD Editor new application configuration toggle Advanced Configuration Section Profile Setup STAAD RCC Design code setup Importing Rules-3D DXF/OTHERS New Model Types /How to Choose/Why to select a particular model type-Logic Behind Where do you want to Go Clarity-Approach/Methods Integrating Structural Wizard for Quick and Easy Project MAPPING Integrating Structural Wizard for PROTOTYPE MODEL(Truss/Frame/Surface/Plate/Solid) Integrating Structural Wizard for SAVED TEMPLATE REUSE MODEL SCAN dxf/std files MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

3. http://www.macelearn.com   Brief Structural Wizard Crating Strategy Navigation HOT KEYS /OPERATION-Roate/Pan/Zoom etc o Orientation HotKey o View Selected Object Only o View Whole Structure(STAAD Advanced Video Training) o Save View o Open View o 3D Rendering   Navigation Tool Bars Vry Handy for Projects Set Structure Color-Color Management                  Structural Tool Tip Structural Tool Tip Structural Diagram Labels Advanced Options Configuration Current Input Units(Tools) Unit Convertor(Tools) Take Home Final Points from Module-2 Projects Projects Project Configuration Project Configuration Working Directory Working Directory External import DXF/others External import DXF/others DXF Scan Project DXF Scan Project Structural Wizard Project Structural Wizard Project- -1 1 Structural Wizard Project Structural Wizard Project- -2 2 Structural Wizard Project Structural Wizard Project- -3 3 Structu Structural Wizard Project ral Wizard Project- -4 4 Structural Wizard Project Structural Wizard Project- -5 5 Module3/Modeling & Geometry Operation Insight Module3/Modeling & Geometry Operation Insight   Understanding Snap Node/Beam Insert Node & Application MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

4. http://www.macelearn.com                                Node Hot spot concept Control key disengage Geometry Node-Beam Panel for Controlling Positions/Dimensions Beam connection Point to Point Beam Mid point Quick Configure 90 Degree positioning tricks for Beam How to create and position Curve Beam(STAAD Advanced Video Training) Snap/ Node-Plate Snap/Node-Solid Node Dimension Query Node Dimension Display Understanding Concept of Grid-Lecture How to Implement Grid concept to Real world Projects Types of Grid System & which one to use where? How to Implement Grid concept to Real world Projects Importing Grid of other Project & How to map to existing Project Hybrid Grid System Design and Application Grid Programming and Using this in High Rise Critical structure XY,XZ,YZ concept and Flipping/Orientation for Mapping and synching How to Create Plate/S How to Create Surface How to Mesh Surface How to Create Solid How to Create Parametric Model How to Create Opening in Parametric Model Solid 8 noded Brick 7 Node DeGenerated Brick 6 Noded Wedge Solid 5 Noded Pyramid Solid 4 Noded Tetra Solid 20 Selection Methods Which one to use Where? o Select Cursor-Node/Beam/plate/surface/solid o WINDOW/CROSSING Selection o WINDOW/CROSSING Selection o Drag Line selection o Region selection o Load Edit Cursor MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

5. http://www.macelearn.com o o o o o o o o o o o o o o Support Edit Cursor Relese Edit Cursor Beam Parallel Selection Plate Parallel Selection By Range Selection By Group Selection Entity at Node Selection(STAAD Advanced Video Training) Entity Connect Beam Selection By all Selection By Inverse Selection By List Selection By Specification Selection By Missing Properties Selection-Recommended for all projects Highlight Entities sequentially Selection            Modeling Geometry Hot Keys Take Home Final Points from Module-3 Projects Snap/Node-Beam concept-Project Grid system Regular-Project Grid system irregular-Project Grid system Radial-Project Importing Grid system-Project Hybrid Grid system-Project Grid Programming-Project Selection Application-Project (G+35) Module4/Modeling & Geometry Operation Insight Module4/Modeling & Geometry Operation Insight  Translational Repeat o Link o Open Base o Re Number Bay o Generation Flag  Circular Repeat o Link Step MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

6. http://www.macelearn.com o o Open Base Geometry Only  Generate Mirror o o Move Copy  Generate Rotate o o Move Copy                  Fill Floor Grid with Plate Stretching Members Move Joint Move Origin Move Member Move Plate Move Surface Move Solid Interest Application Renumber Node Renumber Beam Renumber Plate Renumber Solid Create New Group Query -Joint/Member/Plate/Solid etc Paste Node/Beam/Plate Geometry Validation o Check Multiple Structure o Check Duplicate    o Orphan Node o Check for Zero Length Member o Overlapping co-linear Member o Improperly connected Plate o Check Beam Plate Connectivity Duplicate Node Duplicate Member Duplicate Plate   Take Home Final Points from Module-4 Projects Projects MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

7. http://www.macelearn.com            Translate Translate- -Project2(G+50) Project2(G+50) Translate Translate- -Project3(G+101) Project3(G+101) Translate Translate- -Project1 Project1 CIRCULAR Repeat CIRCULAR Repeat- -Project Commercial Project Commercial- -G+19 G+19 Mirror Project Mirror Project- -G+5 G+5 STRETCHING(Chajja+Slabs) STRETCHING(Chajja+Slabs) - -Project ( Project (G+3) G+3) Move Appliaction Move Appliaction- -Project Project Intersect Application Project Intersect Application Project- -Commercial Apartment Commercial Apartment Renumber Project Application Renumber Project Application - -G+33 G+33 Group & Selecting Group & Selecting - -High Rise Project High Rise Project- -G+55 G+55 Geometry Validation Project Geometry Validation Project Module5/Pre Module5/Pre- -Processing ABC Processing ABC  Property Assignment to Structural Members o Beam Properties  Define Properties        Circular Rectangular T Trapizodial General Taper-I Taper-Tube      Section DataBase Orientation Edit Property Properties Values Delete Properties Beta Angle o o Plate Thickness Surafce Thickness  Load & Definition o Load CASE  Primary  Loading Type MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

8. http://www.macelearn.com  DEAD  LIVE  ROOF LIVE  WIND  SEISMIC  SNOW  FLUIDS  SOIL  RAIN WATER/ICE  PONDING  DUST  TRAFFIC  TEMPERATURE  IMPERFECTION  ACCEDENTAL  FLOOD  ICE  WIND ON ICE  MASS  CRANE HOOK  GRAVITY  PUSH  Load Types in STAAD.Pro  Primary Load Cases o Load CASE  Self Weight    X Y Z  Nodal Load       Fx Fy Fz Mx My Mz MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

9. http://www.macelearn.com  Member Load  Uniform Force  Uniform Moment  Concentrated Force  Concentrated Moment  Linear Varying  Trapezoidal  Hydrostatic  Pre-Post Stress  Fixed End  Physical Member Load  Uniform Force  Uniform Moment  Concentrated Force  Concentrated Moment  Trapezoidal  Area Load  Pressure-Local Z  Pressure-Gx  Pressure-Gy  Pressure-Gz  Floor Load  Pressure Method  X-Range-Direction X/Y/Z  Y-Range-Direction X/Y/Z  Z-Range-Direction X/Y/Z  Group-Direction X/Y/Z  Inclined Floor  One way Distribution  Plate Load  Pressure On Full Plate  Concentrated Load  Partial Plate Pressure  Trapezoidal  Hydrostatic  Element Joint Load  Surafce Load MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

10. http://www.macelearn.com  Pressure On Full Surface  Partial Surface Pressure  Concentrated Load  Partial Surface Trapezoidal  Self Weight Load  Solid Load  Solid Pressure Load  Face No 1(Front)-Node1/2/3/4 Pressure-DIRECTION-Local Z/Gx/Gy/Gz  Face No 2(Bottom)Node1/2/3/4 Pressure-DIRECTION-Local Z/Gx/Gy/Gz  Face No 3(Left)Node1/2/3/4 Pressure-DIRECTION-Local Z/Gx/Gy/Gz  Face No 4(Top)Node1/2/3/4 Pressure-DIRECTION-Local Z/Gx/Gy/Gz  Face No 5(Right)Node1/2/3/4 Pressure-DIRECTION-Local Z/Gx/Gy/Gz  Face No 6(Back)Node1/2/3/4 Pressure-DIRECTION-Local Z/Gx/Gy/Gz  Seismic Load    Direction-X/Y/Z Multiplying factor for Accidental Torsion Load Multiplying factor for Natural Torsion Load  Time History   Time Load Ground Motion  Wind Load  Exposure Surface & Direction  +X with factor  -X with factor  +Z with factor  -Z with factor   Snow Load Response Spectrum Load  Modal Calculation  Load Generation  Nos of Load MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

11. http://www.macelearn.com  Pre-Defined Load  Define Combination  Normal  SRSS  ABS  Auto Load Combination  Country Code  Load Combination Category  Load Envelop       STRESS SERVICEABILITY COLUMN CONNECTION STRENGTH Load Envelopes  Load Definition Overview o Vehicle Definition o Time History Definition o Wind Load Definition o Snow Definition o Reference Load Definition o Seismic Definition o PUSHOVER Definition o Direct Analysis Definition  Understanding Country Specific Code & Application In STAAD o IS 456/1875-Part1/2/3/4/5,IS 1893 o ACI o EURO o Other Country  Specifications o o o o o Node Specifications Beam Specifications Plate Specifications Delete Specifications Edit Specifications  Configuring Codes for RCC design of Beam/Column /Slab MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

12. http://www.macelearn.com o o o o o IS BS 8110 EC2(Euro) ACI 318 Other Countries  Material o o o o Isotropic/Orthotropic/Anisotropic Create Edit Delete  Support o o o o o o o o o o o o Create Edit Delete Fixed Support Pinned Support Fixed But Support Enforced Support Enforced But Support Multi Linear Spring Support Tension /Compression Spring Support Foundation Support Inclined Support               Take Home Final Points from Module-5 Projects Projects Properties Assignment Properties Assignment- -G+50 STRUCTURE Project G+50 STRUCTURE Project Load Configuration Load Configuration- - G+15 Project G+15 Project Load Configuration Load Configuration- - G+35 Project G+35 Project Load Configuration as per reducing Load & code Load Configuration as per reducing Load & code- - G+30 Project G+30 Project Understanding Country Specific Code & Application In STAAD Understanding Country Specific Code & Application In STAAD IS IS 456/1875 456/1875- -Part1/2/3/4/5,IS 1893 Part1/2/3/4/5,IS 1893 ACI ACI EURO EURO Other Country Other Country Plate Thickness Plate Thickness - -G+3 Project G+3 Project Load combination & Application in Live Projects Load combination & Application in Live Projects- -G+39 G+39 Specification Specification- -G+3 Project G+3 Project MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

13. http://www.macelearn.com       Support Support- - G+100 Project G+100 Project Load combination & COUNTRY Code Configuration in Live Projects Load combination & COUNTRY Code Configuration in Live Projects- -G+39 G+39 RCC RCC Design/Analysis wrt Country Parameters Design/Analysis wrt Country Parameters - -Indian Indian- -Examples in Live Projects Examples in Live Projects- -G+39 G+39 RCC Design/Analysis wrt Country Parameters RCC Design/Analysis wrt Country Parameters - -American Examples in Live Projects American Examples in Live Projects- -G+39 G+39 RCC Design/Analysis wrt Country Parameters RCC Design/Analysis wrt Country Parameters - -Europian Examples in Live Projects Europian Examples in Live Projects- -G+39 G+39 RCC Desig RCC Design/Analysis wrt Country Parameters n/Analysis wrt Country Parameters - -British Examples in Live Projects British Examples in Live Projects- -G+39 G+39 Module6/Kick Start Foundation Analysis & Design Module6/Kick Start Foundation Analysis & Design   Importance and necessicity of Each Analysis Type.Big WHY?? Types of Analysis o Stiffness Analysis   Stiffness Analysis Linear Elastic Analysis o Second Order Analysis  P-Delta Analysis  Buckling Analysis  Static Geometrically Nonlinear Analysis  Static Geometrically Nonlinear Analysis  Imperfection Analysis  Imperfection Analysis  Multilinear Analysis  Multilinear Analysis  Tension / Compression Only Analysis  Tension / Compression Only Analysis  Nonlinear Cable/Truss Analysis  Nonlinear Cable/Truss Analysis  Advanced Nonlinear Cable Analysis  Advanced Nonlinear Cable Analysis  Dynamic Analysis  Solution of the Eigenproblem  Settings for Dynamic Analysis   Cut-Off Frequency, Mode Shapes, or Time Mode Selection  Dynamic Loading Specification MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

14. http://www.macelearn.com                                      Response Spectrum Analysis Response Spectrum Specification – Generic Method Response Spectrum Specification per IS: 1893 (Part 1)-2002 Response Spectrum Specification per Eurocode 8 1996 Response Spectrum Specification per Eurocode 8 2004 Response Spectrum Specification per IBC 2006 Response Spectrum Specification per SNiP II-7-81 Response Spectrum Specification per SP 14.13330.2011 Application of Time Varying Load for Response History Analysis Application of Time Varying Load for Response History Analysis Floor Spectrum Response Floor Spectrum Response Frequency Calculation Rayleigh Frequency Calculation Rayleigh Frequency Calculation Modal Calculation Command Modal Calculation Command Mass Modeling Mass Modeling Damping Modeling Damping Modeling Response Spectrum Response Spectrum Response Time History Steady State and Harmonic Response Pushover Analysis Understanding Pre-Processing & Post-Processing Analysis/Print Beam2D Analysis Analysis/Print Pre-Print Post-Print Local Coordinate System Internal Hinge Truss2D STAAD Results Viewing Result and Reports MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

15. http://www.macelearn.com             Results Verification & Validation STAAD Results Scaling Concept Take Home Final Points from Module-6 Projects Projects Beam Beam 2D Project 2D Project- -1 Deep insight 1 Deep insight Beam 2D Project Beam 2D Project- -2 Deep insight 2 Deep insight Beam 3D Project Deep insight Beam 3D Project Deep insight Pre Pre- -Print/Post Print/Post- -Print Application Print Application - -Project High Rise Structure G+27 Project High Rise Structure G+27 Results Verification & Validation Project Results Verification & Validation Project Report Generation & Customization Project Report Generation & Customization Project Truss Project Truss Project- -1 1 Tru Truss Project ss Project- -2 2 Module7/Kick Start Foundation Analysis & Design Module7/Kick Start Foundation Analysis & Design- -STAAD RC Designer STAAD RC Designer                 RCC Design In STAAD.Pro RCC Design Parameters and How to configure? P P- -Delta Concept and Application Delta Concept and Application RC Design of Beam RC Design of Column RC Design of Slab Steel Details-Primary/Secondary/Tie RC Frame Shear Wall Design RC Design Analysis/Design Report Projects Projects Project RCC Frame Project RCC Frame Project RCC Beam Design Project RCC Beam Design Project RCC Column Design Project RCC Column Design Project Slab Design Project Slab Design Project Shear Wall Design Project Shear Wall Design Module8/Generating Seismic Loads Module8/Generating Seismic Loads MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

16. http://www.macelearn.com  Generating Seismic Loads o Skills Taught     Creating the seismic load definition. Applying the seismic loads. Incorporating the orthogonal effects. Specifying the Analysis/Change commands. o o o o o o o o Create the Seismic Load Definition Apply the Seismic Loads Incorporate the Orthogonal Effects Specify the Analysis/Change Commands Review the Result & Validate the Model Take Home Final Points from Module-8 Projects Projects Use :ACI,IS 456,BS,EC2,IBC,UBC Use :ACI,IS 456,BS,EC2,IBC,UBC- -Project Seismic Load Generation G+4 Project Seismic Load Generation G+4 Module9/ Performing a Modal Response Spectrum Analysis Module9/ Performing a Modal Response Spectrum Analysis  Skills Taught o o o o o Defining Dynamic Seismic Loads Specifying the Maximum Number of Mode Shapes Generating Load Combinations Performing a Dynamic Seismic Analysis Reviewing the Results   Performing a Modal Response Spectrum Analysis o Skills Taught      Defining Dynamic Seismic Loads Specifying the Maximum Number of Mode Shapes Generating Load Combinations Performing a Dynamic Seismic Analysis Reviewing the Results o o o o Create the Dynamic Seismic Load Cases Define the Dynamic Masses Define the Response Spectra Load Item Generate the Load Combinations MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

17. http://www.macelearn.com o o o o o o o o Specify the Maximum Number of Mode Shapes Analyze the Model Review the Mass Participation Results Review the Base Shear Results Review the Member Force Results Review the Mode Shapes Take Home Final Points from Module-9 Use :ACI,IS 456,BS Use :ACI,IS 456,BS,EC2,IBC,UBC ,EC2,IBC,UBC - -Project Modal Response Spectrum Analysis Project Modal Response Spectrum Analysis Module10/ Performing a Seismic Response History Analysis Module10/ Performing a Seismic Response History Analysis   Performing a Seismic Response History Analysis o Skills Taught       Creating the Time History Definition Defining the Dynamic Masses Defining the Time History Load Item Generating the Load Combinations Specifying the Maximum Number of Mode Shapes Performing the Analysis o Skills Taught       Creating the Time History Definition Defining the Dynamic Masses Defining the Time History Load Item Generating the Load Combinations Specifying the Maximum Number of Mode Shapes Performing the Analysis o o o o o o o o Create the Time History Definition Create the Time History Load Case Define the Dynamic Masses Define the Time History Load Item Specify the Maximum Number of Mode Shapes Review the Mass Participation Results Review the Base Shear Results Generate the Load Combinations MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

18. http://www.macelearn.com o o o o o Review the Post Processor Results Analyze the Model Time-history acceleration in each direction Interpretation Take Home Final Points from Module-10 Use Use :ACI,IS 456,BS,EC2,IBC,UBC :ACI,IS 456,BS,EC2,IBC,UBC – –Project Performing a Seismic Response History Analysis Project Performing a Seismic Response History Analysis Module11/ Modal/Natural Frequency Analysis Module11/ Modal/Natural Frequency Analysis        What Is Modal/Natural Frequency? Reason Why we should Use? Examples? Application over Structural Dynamic case Projects Projects Modal Ana Modal Analysis Project lysis Project – – G+35 G+35 G+ 35 Structure from Scratch G+ 35 Structure from Scratch Module12/ Wind Load Analysis Module12/ Wind Load Analysis       Create the Windward Load Definition Create the Leeward Load Definition Create the Sidewall Load Definition Define the Wind Load Cases Define the Wind Load Items in the Positive X Direction Generating Wind Loads o Skills Taught    Creating a the windward, leeward, and sidewall wind load definitions. Defining the wind load cases. Defining the Wind load items. o o o o o Define the Wind Load Items in the Negative X Direction Review & Error checking the Completed Model Projects Projects Wind Load Analysis G+25 Wind Load Analysis G+25 G+ 25 Structure from Scratch G+ 25 Structure from Scratch MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

19. http://www.macelearn.com Module13/ Steel Design Module13/ Steel Design   Pro – Designing Steel Members Steel Design Parameters o METHOD Parameter: Used to specify the LRFD or ASD design method. o FYLD Parameter: Used to specify the yield strength of steel.  Steel Deflection Parameters o DFF: “Deflection Length” / Maximum Allowable Local Deflection o DJ1: Joint number denoting starting end for the calculation of “Deflection Length” o DJ2: Joint number denoting ending end for the calculation of “Deflection Length”  Steel Design Commands o CHECK CODE command: Instructs STAAD.Pro to determine if the assigned member properties are adequate to carry the applied forces. o SELECT command: Instructs STAAD.Pro to indicate the minimum weight cross section that is sufficient to safely carry the applied forces. o GROUP command: Instructs STAAD.Pro to assign a common section to a group of members during optimization.  Steel Optimization Command Structure o PERFORM ANALYSIS command o SELECT command o GROUP command o PERFORM ANALYSIS command o CODE CHECK command      Design the Model Complete the Design(STAAD Advanced Video Training) Review the Results Take Home Final Points from Module-13 AISC and IS AISC and IS- -Steel Design Projects Steel Design Projects Module14/ STAAD Programming and Coding Module14/ STAAD Programming and Coding   Quick Start Programming-Don’t worry about programming we will make it simple and anyone can Learn!! Starting the STAAD Editor(STAAD Advanced Video Training) o There are several ways to initiate the STAAD Editor. MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

20. http://www.macelearn.com       From within the STAAD.Pro window: Edit Input Command File. From outside STAAD.Pro Editor Access Externally Comment activation to convey to others for concurrent Work STAAD Programming-a New Way!! Upgraded o Architecture of STAAD Programming o Compile  To Check for Syntax Errors(STAAD Advanced Video Training) o Error Fixing o Use as a Unique tool to increase Productivity  Model Generation  Support System  Load Generation  RCC Code  Analysis Engine o Hot Keys for Quick Access  Keyboard Shortcuts o Exit the programs. o The Code & Method  Code Completion(STAAD Advanced Video Training) o How to Use Strategy & Tricks o Take Home Final Points from Module-14 o STAAD Programming Application-Project-1 o STAAD Programming Application-Project-2 o STAAD Programming Application-Project-3 o STAAD Programming Application-Project-4 o STAAD Programming Application-Project-5 o STAAD Programming Application-Project-6 Module15/ STAAD Building Planner Module15/ STAAD Building Planner  How to Start? o To Start a STAAD Model in the Building Planner Mode  Pro starts in the Building Planner mode.(STAAD Advanced Video Training) MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

21. http://www.macelearn.com   Necessity Plane Creation o To Create a New Building Plan  To Create a New Building Plan o To Import a Building Plan  To Import a Building Plan o o o o o o o o To Edit Plan Properties Slabs Creation(STAAD Advanced Video Training) Column Creation Beam Creation Frame Creation Application Application – –G+10 G+10 – –Model Generation Model Generation- -Col,Beam ,Slab Col,Beam ,Slab Application Application – –G+10 G+10 – –Load Generation Load Generation Application Application – –G+10 G+10 – –Analysis(STAAD Advanced Video Training) Analysis(STAAD Advanced Video Training) Module16/ STAAD Foundation Design Module16/ STAAD Foundation Design        How To import STAAD model to Foundation Assigning and configuration of Reaction Load Configuring Foundation Properties Steel reinforcement calculations and Foundation Type Schedules, Drawing Generation Foundation Design G+2(STAAD Advanced Video Training) Foundation Design G+2(STAAD Advanced Video Training) Foundation Design G+20 Foundation Design G+20 Module17/ Pushover Analysis Module17/ Pushover Analysis        What is a Pushover Analysis? Purpose of a Pushover Analysis Types of non-linearity Force controlled and deformation controlled actions Frame element hinge properties Lateral Load Distribution Pushover Analysis How to Use correctly MAC e-Learning Revolution Pvt Ltd -Leader in Advanced Civil/Mechanical/Structural Engineering CAD/CAM/CAE Video Training with Live Projects

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