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Category Archives: Newton
Year 9 Report
Last years’ statistics for this blog are now uploaded to Onedrive. The link to each post is preserved in the spreadsheet, so it makes a convenient index to what has been posted over the year, and what people are looking … Continue reading
The meaning of = in Python
In VBA, if you have an array named a and a variant named b, then the statement “b = a” creates a new array b with the same size and values as a. If the values of either a or b are subsequently changed, the values of the … Continue reading
ConBeamU 4.13
The continuous beam analysis spreadsheet, ConBeamU, is now up to version 4.13 with some minor bug-fixes, and the addition of a non-linear option for the BeamAct functions. See ConBeamU for more details of the functions available in the spreadsheet. Download … Continue reading
Posted in Beam Bending, Excel, Frame Analysis, Newton, UDFs, VBA
Tagged BeamAct functions, continuous beams, Excel, non-linear analysis, Strand7, UDF, VBA
7 Comments
Weighted Least Squares Regression, using Excel, VBA, Alglib and Python
Least squares linear regression in Excel is easy. That’s what the Linest and Trend functions do. That is, they find the coefficients of a straight line (or higher dimension shape) so that the sum of the squares of the distances of … Continue reading
Posted in AlgLib, Curve fitting, Excel, Link to Python, Maths, Newton, NumPy and SciPy, UDFs, VBA
Tagged AlgLib, Linest, Python, SciPy, UDF, VBA, Weighted least squares regression
9 Comments
The Conjugate Beam Method
The Conjugate Beam Method is a variation of the Moment-Area Method that allows beam slopes and deflections to be calculated purely from the calculation of shear forces and bending moments of the beam with (in some cases) modified support conditions. Both methods were … Continue reading
Posted in Beam Bending, Excel, Frame Analysis, Newton
Tagged Beam deflections, Conjugate Beam Method, Excel, Mohr
6 Comments