Introduction
The basic process of structural design comprises of:
- Determination of Dimension and Geometry
- Determination of Operating Environment
- Determination of Design Actions
- Determination of Design Action-Effects
- Member Design
- Connection Design
- Footing Design
Design Tools We Make Available
Dimension & Geometry
- Long Section Script Writer for CADD
- Spreadsheet tools for working with DXF files
- Automating CADD with Scripts
- Parametric Sketches in a Spreadsheet
- Drawing Framing Plans Using MS Excel Shapes
Operating Environment
Design Actions
- Wind Loading BCA Importance Levels
- Wind Loading Risk Assessment
- Wind Loading Surface Roughness Length
- Wind loading – Pressures on Doubly pitched Enclosed Building
- Workbook for Wind Actions on Doubly Pitched Enclosed Building
- Wind loading on Barrier and distribution to Post
Design Action-Effects
- Workbook for Rigid Frames Using Kleinlogel Formula
- Console Based (MSDOS) Plane Frame Analysis
- Plane Frame Analysis with Graphics (MS DOS)
- Plane Frame Analysis: The Front End Version 1
- Plane Frame Analysis: The Front End Version 2
- Plane Frame Analysis: The Front End Version 4
- Plane Frame Analysis: The Backend Version 1
- Barrier Post Base Moment Calculator
- Application for Plane Frame Analysis
Member Design
- Material and Section Properties Library
- Spreadsheet Bundle for Cold-formed Steel Structures Design
- Spreadsheet Bundle for Steel Structures Design
- Spreadsheet Bundle for Timber Structures Design
Connection Design
Footing Design
- Calculation of Soil Heave, and site Classification (MSDOS)
- Pocket Footing Calculator
- Footing Calculator using Rutledge Formula
Combined
- Frame Size Check for Fixed Base Doubly Pitched Portal Frame Shed
- Frame Selection Charts for Cold-formed Steel Sheds
- Design Chart Cold-formed Steel Sheds Wind Terrain Category 3 – Frames at 3m centres
- Design Chart Cold-formed Steel Shed Wind Terrain Category 2 – Frames at 3m centres
- Design Chart Cold-formed Steel Portal Frame – Frames at 6m centres
- Spreadsheet for Structural Design of Timber Gable Canopy