Strap
➤STRAP Is One Of The Most Comprehensive And Versatile Structural Analysis, Design And
Detailing Software System Available In The Market, Today.
➤STRAP Is Extremely Used By Large Construction Companies, Government Agencies, International Agencies, Engineering Firms, Educational And Research Organizations Worldwide.
➤STRAP Software’s Unique Design Capabilities Make It An Outstanding Structural Design Program In The Market. Some Of The Interesting Features Are List Below.
➤
Very Simple To Model Graphics Features
➤ Various Models With Loads Can Be Combined To One Model
➤ Sub-Structure Modelling
➤ Special Features To Model High-Rise Building
➤ Special Features For Modelling Shear Walls And Lift Cores
➤ Auto Meshing For Any Irregular Shaped Panels
➤ Model Steel, Concrete, Composite Structure In One Model
➤ Import Of DXF Drawing Or DXF Drawing Overlay Option
➤ Import Of Model Files From Other Structural Programs
➤ Various Models With Loads Can Be Combined To One Model
➤ Sub-Structure Modelling
➤ Special Features To Model High-Rise Building
➤ Special Features For Modelling Shear Walls And Lift Cores
➤ Auto Meshing For Any Irregular Shaped Panels
➤ Model Steel, Concrete, Composite Structure In One Model
➤ Import Of DXF Drawing Or DXF Drawing Overlay Option
➤ Import Of Model Files From Other Structural Programs
➤
Automatic Generation Of Floor Loads For Any Irregular Shape Panels
➤ Possibility To Define Patch Or Point Loads On Slabs ( Without Modelling
FEA)
➤ Fast Definition Of Loads For Multi Storey Buildings, Using Sub-Structure
Option
➤ Automatic Generation Of Wind Loads On Closed Or Open Structures
➤ Automatic Generation Notional Loads
➤ Generation Of Moving Loads ( Straight Or Curved Path)
➤ Loads In Different Direction Can Be Moved Simultaneously Using Moving
Load Option
➤ Automatic Generation Of Pattern Loads
➤ Easy Definition Of Variable Loads On Elements( When Modelling Water Or
Earth Retaining Structures)
➤ Possibility To Define Patch Or Point Loads On Slabs ( Without Modelling
FEA)
➤ Fast Definition Of Loads For Multi Storey Buildings, Using Sub-Structure
Option
➤ Automatic Generation Of Wind Loads On Closed Or Open Structures
➤ Automatic Generation Notional Loads
➤ Generation Of Moving Loads ( Straight Or Curved Path)
➤ Loads In Different Direction Can Be Moved Simultaneously Using Moving
Load Option
➤ Automatic Generation Of Pattern Loads
➤ Easy Definition Of Variable Loads On Elements( When Modelling Water Or
Earth Retaining Structures)
➤
Automatic Calculation Of Nodal Weights
➤ Inbuilt Response Spectra For Various Soils And Possibilities To Define Site
Spectra
➤ Easy Definition Of Rigid Floors
➤ Option To Specify Storey Eccentricities
➤ Automatic Scaling Of Response Spectrum Results
➤ Option To Get The Earthquake Results With Signs Of The Dominant Mode Shape
➤ Calculation Of Centre Of Rigidity And Centre Of Mass
➤ Calculation Of Weak Storey
➤ Calculation Storey Shear Force
➤ Check For Storey Drift
➤ Inbuilt Response Spectra For Various Soils And Possibilities To Define Site
Spectra
➤ Easy Definition Of Rigid Floors
➤ Option To Specify Storey Eccentricities
➤ Automatic Scaling Of Response Spectrum Results
➤ Option To Get The Earthquake Results With Signs Of The Dominant Mode Shape
➤ Calculation Of Centre Of Rigidity And Centre Of Mass
➤ Calculation Of Weak Storey
➤ Calculation Storey Shear Force
➤ Check For Storey Drift
➤
State Of The Arta Algorithms That Ensure An Extremely Fast Solution, Using
Minimum Disk Space.
➤ Analysis Can Be Interrupted And Continued Later (Extremely Useful When
Working Large Modes)
➤ Tension And Compression Only Beams, Unidirectional Springs And P – Delta For
Second Order Effect
➤ Gap Elements, Non Linear Springs And Plastic Hinge Definitions
➤ Time History Analysis
➤ STRAP Enables You To Analyze A Model That Changes At Different Stages Of The
Construction Process (E.G. Concrete Casting In Stages) And Combine All The
Results To One File.
➤ Stiffness Matrix Can Be Saved ( Helps Considerable Reduction Of Time For
Reanalysis)
Minimum Disk Space.
➤ Analysis Can Be Interrupted And Continued Later (Extremely Useful When
Working Large Modes)
➤ Tension And Compression Only Beams, Unidirectional Springs And P – Delta For
Second Order Effect
➤ Gap Elements, Non Linear Springs And Plastic Hinge Definitions
➤ Time History Analysis
➤ STRAP Enables You To Analyze A Model That Changes At Different Stages Of The
Construction Process (E.G. Concrete Casting In Stages) And Combine All The
Results To One File.
➤ Stiffness Matrix Can Be Saved ( Helps Considerable Reduction Of Time For
Reanalysis)
➤
STRAP Provides An End-To-End Solution For RC Structures. It Can Do Analysis,
Design (Including Optimisation Of Reinforcements), And Drawing Production And
Bar Bending Schedules
➤ Design And Detailing Of RC Structures As Per Various International Codes (ACI/
Euro/ Indian/ BS/ Chinese And Etc).
➤ Possibility To Model, Analyse And Design Including Beams, Columns, Shear Walls,
Slabs (Flat Slabs, Solid Slabs, Grid Slabs And Etc) And Raft All In One Model.
➤ Slab Deflection Calculation Based On Long Term Effects/Cracked Sections.
➤ Punching Checks For Flat Slabs And Raft.
➤ Special Features To Model Shear Walls With Ease.
➤ Column Design For Any Irregular Cross Section.
➤ Automatic Detection Of Unsupported Lengths For Beams And Columns.
➤ Automatic Calculation Of Effective Length Factors For Columns.
➤ Option To Check For User Defined Reinforcements In Columns And BEAMS.
➤ Very Simple To Model High Rise Building Using Sub-Structure Options.
Design (Including Optimisation Of Reinforcements), And Drawing Production And
Bar Bending Schedules
➤ Design And Detailing Of RC Structures As Per Various International Codes (ACI/
Euro/ Indian/ BS/ Chinese And Etc).
➤ Possibility To Model, Analyse And Design Including Beams, Columns, Shear Walls,
Slabs (Flat Slabs, Solid Slabs, Grid Slabs And Etc) And Raft All In One Model.
➤ Slab Deflection Calculation Based On Long Term Effects/Cracked Sections.
➤ Punching Checks For Flat Slabs And Raft.
➤ Special Features To Model Shear Walls With Ease.
➤ Column Design For Any Irregular Cross Section.
➤ Automatic Detection Of Unsupported Lengths For Beams And Columns.
➤ Automatic Calculation Of Effective Length Factors For Columns.
➤ Option To Check For User Defined Reinforcements In Columns And BEAMS.
➤ Very Simple To Model High Rise Building Using Sub-Structure Options.
➤
Design As Per Various International Codes
➤ Very Detailed Calculation Reports.
➤ Design Of Slender Sections (Especially Used In Pre-Engineered Buildings)
➤ Unique Feature Of Sway And Drift Optimisation To Obtain The Minimum Cost
Design.
➤ Lot Of Options For Built-Up Sections Analysis And Design.
➤ Automatic Detection Of Unsupported Lengths And Calculation Effective Length
Factors.
➤ Automatic Connections Design
➤ Very Detailed Calculation Reports.
➤ Design Of Slender Sections (Especially Used In Pre-Engineered Buildings)
➤ Unique Feature Of Sway And Drift Optimisation To Obtain The Minimum Cost
Design.
➤ Lot Of Options For Built-Up Sections Analysis And Design.
➤ Automatic Detection Of Unsupported Lengths And Calculation Effective Length
Factors.
➤ Automatic Connections Design
➤
Analysis And Design Of Composite Columns (Encased Or Filled) And Composite
Beams.
➤ Possibility To Design Tapered Composite Beams
➤ Automatic Calculation Of Equivalent Section Properties By The Program.
Beams.
➤ Possibility To Design Tapered Composite Beams
➤ Automatic Calculation Of Equivalent Section Properties By The Program.
➤
Integrated Module For Steel Connections Design
➤ Program Automatically Extract The Forces From Analysis And Provides The
Optimum Connection Design
➤ User Has Option To Change The Parameters And Check Again
➤ Program Automatically Extract The Forces From Analysis And Provides The
Optimum Connection Design
➤ User Has Option To Change The Parameters And Check Again
➤
Creation Of Your Own Cold Formed Sections Library
➤ Design Available For Various International Codes
➤ Exact Shape Of The Cross Section Can Be Viewed In Rendered Image
➤ Design Available For Various International Codes
➤ Exact Shape Of The Cross Section Can Be Viewed In Rendered Image
➤
In-Built Vehicle Loads For Various International Codes
➤ User Just Need To Define Lanes And Chose Vehicle Type, Program Automatically
Runs The Vehicles On Various Lanes And Gets Maximum Force Envelopes &
Deflections
➤ Can Design Straight Or Curved Bridges
➤ Possibility To Define Construction Stages
➤ User Just Need To Define Lanes And Chose Vehicle Type, Program Automatically
Runs The Vehicles On Various Lanes And Gets Maximum Force Envelopes &
Deflections
➤ Can Design Straight Or Curved Bridges
➤ Possibility To Define Construction Stages
➤
Post Tension Design Is Available For Both Beams And Slabs
➤ Design For Various International Codes
➤ Lots Of Options To Define The Cable Profile
➤ Design For Various International Codes
➤ Lots Of Options To Define The Cable Profile
➤
IS802 Code For Transmission Tower Designs Is Implemented
➤
Design Based On BS 8007 Code
➤
Create Your Own Parametric Thin Wall Cross Sections And Export It To STRAP
Program
➤ Create Thick Wall Sections Using The Standard Parametric Library Or Your Own
Shape.
➤ Import Cross Sections From DXF Files
Program
➤ Create Thick Wall Sections Using The Standard Parametric Library Or Your Own
Shape.
➤ Import Cross Sections From DXF Files
➤
Import/Export DXF Files
➤ Import Model And Loading Files From Other Structural Programs.
➤ Export To Steel Detailing Programs
➤ Import Model And Loading Files From Other Structural Programs.
➤ Export To Steel Detailing Programs
