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Category Archives: Concrete
Using RC Design Functions – 3
In the previous post in this series I looked at the results available from the EStress function in the RC Design Functions spreadsheet. Three associated functions are: EstressCap PLCurve TStiff EStressCap finds the maximum bending moment for a specified axial load, … Continue reading
Bridge Design, Beyond the Basics …
… is the name of a series of full-day seminars that I will be presenting around Australia (together with two other bridge engineers), for the Concrete Institute of Australia, starting in Sydney next Wednesday, 12th June. Click below for details: Amongst the … Continue reading
Posted in Arch structures, Concrete, Newton
Tagged Bridge Design, CIA, Concrete Institute, Seminar, Strand7 API
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Using RC Design Functions – 2
In the previous post we looked at a summary of the functions in the RC Design Functions spreadsheet, and ways of using the EStress function (download file with examples). In this post we will look in more detail at the … Continue reading
Using RC Design Functions – 1
Download RC Design Functions (includes full open source code) and EStress Examples.xlsx This series of posts will cover ways of using the many functions contained in the RC Design Functions spreadsheet, starting with some general comments on using the User … Continue reading
Posted in Beam Bending, Concrete, Excel, Newton, UDFs, VBA
Tagged Examples, Excel, RC Design Functions, Reinforced Concrete, UDF, VBA
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Daily Download 3: ULS design of reinforced concrete sections
Today’s downloads provide a spreadsheet providing Ultimate Limit State (ULS) analysis of reinforced or prestressed concrete sections, and an iterative method for finding the depth of the Neutral Axis in a circular reinforced concrete section. The ULS analysis spreadsheet is described at: … Continue reading
Posted in Beam Bending, Concrete, Excel, Newton, UDFs, VBA
Tagged Brents method, Excel, Prestressed concrete, Reinforced Concrete, UDF, ULS Analysis, VBA
23 Comments