Strap Software Training
Atir Strap Is A Computer Aided Analysis And Design Software Used To Solve The Multistoried Structures Indeterminacy In Few Seconds By Dividing The Entire Structure Into Elements With Most Accuracy, Various Types Of Structures Such As Concrete Steel Etc., Can Solve Most Economical Way Of Designing Can Achieve By Using Atir Strap Software. STRAP 2012 Is A Single System, Which Can Be Used To Design High-Rise Structures, Designing Special Structures With FEM & FEA And Finally The Detailing & Scheduling. STRAP2012 Suite Software Is Unique With Many Special Features And Handles Most Of The Clauses Of 1893:2002 & 13920 Codes, Especially Torsion Effects And Automatic Scaling Of Base Shear Results. STRAP2012 Also Incorporated With IS 800:2007 Design Code And IS 802 Code.STRAP2012 Does Not Have Any Limitation On The Nodes, So You Can Model The Structures Of Any Size With Beams, Columns, Flat-Slabs, Shear-Walls, Raft Etc..! Some Of The Salient Features Are Given Below
The Course Content Helps You To Design A Ground + 5 Storied Building Design Independently With Full Concept Oriented Programs Will Guide You Check The Structural Output Will Manual Design Checks.
➤ History/Introduction
➤ Classification Of Structures
➤ Modules In Stadd Pro
Developing Of Structural Geometry
➤ Graphical Environment
➤ Analytical Input Of Data
➤ Structure Geometry And Coordinate System
➤ How To Generate Joints And Members
➤ How To Assign Structural Boundary Condition
➤ Grouping And Renumbering Of Joint And Member Numbers
➤ Assigning Of Properties And Release Of A Structural
Members
➤ Assigning Of Supports
➤ Structural Geometry Check
➤ Loading
➤ Creating Gravity Load Cases
➤ Assigning Loads To 3D Frame Model
➤ Check The Loads Direction.
➤ Results
➤ Combination For The Assigned Load Cases
➤ Study Of Bending, Shear & Torsion For Beam Members
➤ Study Of Axial Load & Bi Axial Moments For Column Members
➤ Study Of Deformation Of Nodes And Deflection Of Various
Structural Members.
➤ Check For Overall Stability Of The Structure.
➤ Design
➤ Assigning Design Parameters As Per I.S 456
➤ Study Of Design Summary Results In Terms Of Percentage Of
Reinforcement With Respect To The Neutral Axis Of The
Member
➤ Study Of Detail Results For An Individual Members
➤ Study Of Design Report For Each Structural Component Like
(Footing, Column, And Beam) And Interpolate With The
Manual Calculations.
➤ Export Design Data To Automatic Detail Using Beam-D,
Column –D, Footing Add On Module Software.
➤ How To Assign The Data For Various Elements Like
(Footings, Columns And Beams) To The R.C.C Detailer.
➤ Preparation Of Design Reports
➤ Details Result Summary For
➤ Geometry
➤ Load Cases & Combination
➤ Design Summary For Columns, Beams.
➤ Reactions For Footings.
Advanced Strap Software Training
Atir Strap Is A Computer Aided Analysis And Design Software Used To Solve The Multistoried Structures Indeterminacy In Few Seconds By Dividing The Entire Structure Into Elements With Most Accuracy, Various Types Of Structures Such As Concrete Steel Etc., Can Solve Most Economical Way Of Designing Can Achieve By Using Atir Strap Software.The Course Content Helps You To Design A Ground + 30 Storied Building With A Varied Types Of Elements Such As Flat Slabs, Raft Slabs, Shear Wall, Design Independently With Full Concept Oriented Programs Will Guide You Check The Structural Output Will Manual Design Checks.
Course Syllabus
➤ History/Introduction,
➤ Classification Of Structures
➤ Modules In Stadd Pro
Developing Of Structural Geometry
➤ Graphical Environment
➤ Analytical Input Of Data
➤ Structure Geometry And Coordinate System
➤ How To Generate Joints And Members
➤ How To Assign Structural Boundary Condition
➤ Grouping And Renumbering Of Joint And Member Numbers
➤ Assigning Of Properties And Release Of A Structural
Members
➤ Creating Shear Walls And Flat Slabs & Raft Slabs
➤ Assigning Of Supports
➤ Structural Geometry Check
➤ Loading
➤ Creating Gravity Load Cases
➤ Creating Horizontal Load Cases(Seismic, Wind Load)
➤ Assigning Loads To 3D Frame Model
➤ Check The Loads Direction.
➤ Results
➤ Combination For The Assigned Load Cases
➤ Study Of Bending, Shear & Torsion For Beam Members
➤ Study Of Axial Load & Bi Axial Moments For Column Members
➤ Study Of Deformation Of Nodes And Deflection Of Various
Structural Members.
➤ Check For Base Shear For Seismic Combination
➤ Scaling The Base Shear With Static Method
➤ Soft Story Effect
➤ Story Shear
➤ Mass Center And Rigidity Center
➤ Inter Story Drift.
➤ Check For Overall Stability Of The Structure.
➤ Design
➤ Assigning Design Parameters As Per I.S 456
➤ Design Of Shear Wall/ Flat Slab/ Raft Slab.
➤ Check For Punching & Bending Stress In Flat Slabs & Raft
Slabs
➤ Study Of Design Summary Results In Terms Of Percentage Of
Reinforcement With Respect To The Neutral Axis Of The
Member
➤ Study Of Detail Results For An Individual Members
➤ Study Of Design Report For Each Structural Component Like
(Footing, Column, And Beam) And Interpolate With The
Manual Calculations.
➤ Export Design Data To Automatic Detail Using Beam-D,
Column D, Footing Add On Module Software..
➤ How To Assign The Data For Various Elements Like
(Footings, Columns And Beams) To The R.C.C Detailer.
➤ Preparation Of Design Reports
➤ Details Result Summary For
➤ Geometry
➤ Load Cases & Combination
➤ Design Summary For Columns, Beams.
➤ Reactions For Footings.
