English Español Português Italiano
Tutorials Guide Help
Sitemap Adobe Autodesk Microsoft Corel Sony GNU Others

StruCalc 7.0 Tutorial - For Windows


 









StruCalc 7.0 Tutorial - For Windows

StruCalc 7.0 Tutorial - For Windows FREE DOWNLOAD THIS TUTORIAL
Tutorial in pdf format so you can save it to your PC, e-book reader or print.


Sponsored link



Note: The tutorial you are about to download is compressed format. Rar, if you do not have a decompressor rar files you can download 7-zip and you can display the Foxit PDF Reader.



Index StruCalc 7.0 Tutorial - For Windows


Strucalc 7.0 For Windows
Table Of Contents
Preface
Nomenclature
1. Getting Started
Minimum System Requirements
Installation
Running The Program
Technical Support
2. Tutorial
Introduction
Roof Framing Design
Roof Rafter Design
Multi-Span Roof Beam Design
Roof Column Design
Floor Framing Design
Floor Joist Design
Header Design
Multi-Span Steel Floor Beam Design
Steel Column Design
Foundation Design
Square Footing Design
3. Using The Program
Help
Quickhelp
Help File
More Help
Autosize
Calculate
Stress Values
Section Properties
Loading Diagram
Shear, Moment, And Deflection Diagrams
Calculator
User Notes
Changing The Building Code
Changing The Program Appearance
Printing
Printing Members
Printing From The Module
Printing Multiple Members
Printing To Screen
Printing To File
Changing The Printing Settings
Margins
Tabs
Fonts
Setup
Print Selection
Changing The User/Company Name
Changing The User Options/Default Values
Modifying Projects
Saving Members
Project Manager
Creating A New Project
Changing The Directory
Retrieving An Existing Member From A Project
Copying Projects
Renaming Projects And Members
Deleting Projects And Members
Printing Multiple Members
Printing Multiple Members To File
Shortcuts And Hotkeys
Toolbars
Analysis Toolbar
Member Toolbar
Section Toolbar
Factor Toolbar
Help Toolbar
Results Toolbar
4. Material’s Database Editor
Material’s Database Editor Overview
Main Form
Menu
Listboxes & Module Selections
Toolbar
Custom Vs. Default Selections
Using The Add Button
Adding A New Wood Species
Solid Sawn, Glulams, Structural Composite, Or I-Joist’s
Caption
Species Name
Engineering Specifications
Species Category
Design Modules
Toolbar
Adding A New Steel Section
Steel Or Tube Steel
Caption
Add Selections
Section Name
Engineering Specifications
Toolbar
Adding A New Wood Grade
Solid Sawn, Glulams, Structural Composite, Or I-Joist’s
Caption
Grade Name
Engineering Specifications
Mel/Msr And Log Types
Toolbar
Adding A New Steel Shape
Steel Or Tube Steel
Adding A New Wood Size
Solid Sawn, Glulams, Structural Composite
Size Name And Size Inputs
Size Classifications
Size Factors
Toolbar
Adding A New Steel Grade
Steel Or Tube Steel
Add Selections
Grade Name
Toolbar
Viewing Or Modifying A Selections Data
Viewing
Modifying
Deleting A Selection
Turning A Selection On Or Off In Strucalc
Changing The Order Selections Appear
Setting The Default Selection In Strucalc
Multi-Selecting A List
5. Design Overview
Design Process
Description Of Basic Beam Inputs
Materials
Material Type
Species/Manufacturer
Grade
Member Description
Laminations
Width/Depth
Spacing
Notch Depth
Span
Tributary Width
Deflection Criteria
Recommended Deflection Criteria
Deflection Limit Calculations For Interior Spans
Deflection Limit Options For Cantilevers
Duration Factor
Code Required Duration Factor Values
Controlling Duration Factor Determination
Snow/Non-Snow
Unbraced Length
Slope Adjustments
Roof Beam-Roof Pitch Adjustments
Roof Beam-Slope And Roof Pitch Adjustments
Roof Rafter-Pitch Adjustments
Loading
Load Combinations
Dead Loads
Live Loads
Floor Live Load Reduction
Reductions For 94 And 97 Ubc, 2000 And 2003 Ibc
Reductions For 94, 97 And 99 Sbc
Reductions For 93, 96 And 99 Boca
Camber Amplification Factor
6. Design Calculations
General Design Calculations
Wood Design
Material Properties
Adjustment Factors
Size Factor Adjustment
Volume Factor Adjustment
Stability Factor Adjustment
Repetitive Member Factor
Incising Factor
Wet Use Factor
Adjusted Allowable Stress Values
Adjusted Bending Stress – Fb’
Adjusted Shear Stress – Fv’
Adjusted Compression Parallel To Grain – Fc’
Adjusted Compression Perpendicular To Grain – Fc.’
Adjusted Modulus Of Elasticity– E’
Wood Section Properties
Area
Section Modulus
Moment Of Inertia
Required Wood Section Properties
Area Required
Section Modulus Required
Moment Of Inertia Required
Adequacy
Steel Design
Material Properties
Tabulated Properties
Design For Bending
Compact Section Criteria
Unbraced Length
Allowable Bending Stress
Nominal Moment Capacity
Design For Shear
Allowable Shear Stress
Nominal Shear Capacity
Bearing Length Required
Local Web Yielding
Web Crippling
Bearing Length Capacity
Steel Beam Adequacy
Flitch Beam Design
Transform Calculations
Flitch Beam Connections
7. Simple Beam Modules
Uniformly Loaded Floor Beam
Description
Loading
Roof Beam
Description
Hip/Valley Roof Beam Design
Combination Roof And Floor Beam
Description
8. Multi-Span Beam Modules
Multi-Span Roof Beam
Description
Unbalanced Loads
Uplift Factor Of Safety
Multi-Span Floor Beam
Description
Multi-Loaded Beam
Description
9. Joists And Rafters
Floor Joist
Description
Loading
I-Joists
Plywood Decking
Calculations
I-Joist Calculations
Plywood Calculations
Roof Rafter
Description
10. Columns
Inputs And Description
Description
Unbraced Length
Column Dimensions
Column End Condition
Column Bending Coefficient
Load Eccentricity
Lateral Loads
Laminated Columns
Machine Stress Rated Lumber
Stud Design
Column Calculations
Deflection
Shear
Moment
Load Combinations
Wood Columns
Properties And Calculations
Tabulated Wood Column Design Stresses
Adjusted Design Stresses
Duration Factor And Load Cases
Section Modulus
Compression Slenderness Ratio
Compressive Stress
Bending Stress
Base Reactions
Adjustment Factors
Column Stability Factor
Built Up Columns
Combined Stress Factor
Column Adequacy
Steel Columns
Properties And Calculations
Tabulated Steel Column Design Properties
Compressive Stress
Column Slenderness Ratio
Allowable Compressive Stress
Bending Stress
Allowable Bending Stress
Euler’s Stress
Column Combined Stress Calculations
Base Reactions
Column Adequacy
11. Footings
Description
Square/Rectangular Footing Inputs
Column Type
Loading
Material Properties
Soil Bearing Pressure
Reinforcement
Concrete Cover
Plain Concrete
Column Dimensions
Baseplate
Footing Dimensions
Continuous Footing Inputs
Stemwall Type And Weight
Footing Design Process
Inadequacy Troubleshooting
Footing Size Inadequate
Footing Depth Inadequate
One-Way Shear Failure
Punching Shear Failure
Footing Weight Exceeds Bearing Pressure
Bearing Inadequate (Square/Rectangular Footing Only)
Failure In Bending
Development Length Inadequate
Plain Concrete Flexure Failure
Calculations
General Calculations
Effective Soil Bearing Capacity
Loading
Footing Size
Footing Depth
Bearing Calculations (Square/Rectangular Footing Only)
Concrete Bearing Strength
Punching Shear Calculations (Square/Rectangular Footing Only)
Critical Perimeter
Punching Shear
Allowable Punching Shear Stress
Punching Shear Adequacy
Beam Shear Calculations
Beam Shear Stress
Allowable Beam Shear Stress
Beam Shear Adequacy
Reinforcement Calculations
Steel Required Based On Moment
Minimum Steel Requirements
Spacing Requirements
Reinforcement Provided
Band Width Reinforcement (Rectangular Footings Only)
Reinforcement Development Length Calculations
Development Length Required (Aci 318-89) (Revised 1992)
Development Length Required (Aci 318-95,99)
Development Length Provided
Plain Concrete Calculations
Strength In Bending
Nailed Laminated Columns
Bolted Laminated Columns
Appendix A - Solid Sawn Species Classification
Appendix B - Bolting And Nailing Requirements
For Laminated Columns
Appendix C - Nomenclature
References
Index







Download the file decompressor 7-zip.
Download the PDF reader Foxit PDF Reader.




TutorialsPDF.com © 2008 - This work is licensed under a Creative Commons License.