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Category Archives: Excel
6 Year Report
As in previous years, I have downloaded the statistics for this blog for the previous year, and pasted them into a worksheet. The link to each post is preserved in the spreadsheet, so it makes a convenient index to what … Continue reading
Cubic splines with horizontal data
Following a request here I have modified my cubic spline functions to accept input arranged in rows as well as columns. By default the output arrays will have the same orientation as the range of interpolation X values, but I have also added … Continue reading
Beam actions and deflections, 3D or 2D
Two new functions have been added to the ConBeamU spreadsheet, last discussed here. The new version can be downloaded from ConBeamU.zip, including full open-source code. The new functions, BeamAct3D and BeamAct2D calculate forces, moments, deflections and rotations along a 3D … Continue reading
Posted in Beam Bending, Excel, Finite Element Analysis, Frame Analysis, Newton, Strand7, UDFs, VBA
Tagged 2D beam, 3D beam, beam analysis, BeamAct functions, Excel, UDF, VBA
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New Links: Scientific Python and Engineering Excel
The previous post had a link to Cyrille Rossant which is worth a closer look. The blog has many detailed posts on scientific applications of Python, as well as links to Galry: a high performance interactive visualization package in Python and his … Continue reading
Posted in Excel, Link to Python, Newton, NumPy and SciPy, VBA
Tagged Cyrille Rossant, Engineering spreadsheets, links, Python, Spreadsheets 4 Simulation
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The speed of loops in Python
This post is based on exercises published by Cyrille Rossant in his book “Learning IPython for Interactive Computing and Data Visualization”. Cyril also has a blog well worth looking at: http://cyrille.rossant.net/blog/ (Thanks to Alfred Vachris and Boris Vishnevsky for the links). … Continue reading
Posted in Arrays, Link to Python, NumPy and SciPy
Tagged IPython, Numpy, Pylab, Python, working with arrays
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