Categories
RSS Feed
Search NewtonExcelBach
Archives
Top Posts
- Using LINEST for non-linear curve fitting
- 3DFrame Ver 1.03 and Frame4 Ver 3.07
- Cubic Splines
- About Newton Excel Bach
- Downloads
- XLDennis, the MSDN Library, and VBA rant
- Daily Download 2: SLS design of reinforced concrete sections ...
- Frame Analysis with Excel - 3, Continuous beam or frame
- Retrieving unique values from a range or array ...
- Filling Blanks with Go To-Special (and local help rant)
Recent Comments

Z on Downloads py_xlCBA – Sup… on py_xlCBA update 
dougaj4 on Downloads 
Z on Downloads py_xlCBA update | Ne… on Calling PyCBA from Excel 
Z on Reinforced concrete elastic an… 
dougaj4 on Reinforced concrete elastic an… 
khoitsma on Continuous beam animations wit… 
Z on Reinforced concrete elastic an… 
dougaj4 on Reinforced concrete elastic an… 
dougaj4 on Reinforced concrete elastic an… 
Z on Reinforced concrete elastic an… 
Z on Reinforced concrete elastic an… 
dougaj4 on Downloads 
dougaj4 on Installing Adobe Reader non-DC…
Category Archives: PyXLL
SectionProperties Release 3
Robbie van Leeuwen’s SectionProperties program, (last featured here) has recently been updated to Release 3 with some major changes to the code, including: Full documentation can be found at: SectionProperties docs Changes to the code have required updates to my Excel … Continue reading
Posted in Beam Bending, Concrete, Excel, Finite Element Analysis, Link to Python, Newton, PyXLL, UDFs
Tagged Excel, Python, PyXLL, sectionproperties
Leave a comment
Longitudinal force due to shear – update
In the post RC Design Functions 9.03; compression strut angle adjustment I recommended that when finding the longitudinal force due to shear according to AS 5100.5 (Amendment 1), the effect of increased vertical shear reinforcement should be limited in accordance … Continue reading
Posted in Concrete, Excel, Link to Python, Newton, PyXLL, UDFs, VBA
Tagged Concrete, Design for Shear, Excel, longitudinal force due to shear, Python, PyXLL, py_UMom, RC Design Functions, VBA
1 Comment
3DFrame-py update
The Python 3DFrame spreadsheet has been updated to allow for analysis including torsional warping effects. The new spreadsheet and associated Python files can be downloaded from: 3DFrame-py.zip The download file includes four sample spreadsheets comparing analysis results with output from … Continue reading
Posted in Beam Bending, Excel, Finite Element Analysis, Frame Analysis, Link to Python, Newton, PyXLL, Strand7
Tagged 3DFrame-py, Excel, Frame Analysis, global axes, local axes, MASTAN2, principal axes, Torsional warping
1 Comment
Python in Excel – two views
Microsoft recently announced that it is now possible to access Python from within Excel worksheets. This functionality is currently only available to Excel 365 users on the Insiders – Beta channel, who can access it at no cost. When it … Continue reading
Posted in Excel, Link to Python, Python Pandas, PyXLL
Tagged Excel, link Excel to Python, Python, Python in Excel, PyXLL
2 Comments
Mastan2
Mastan2 is a free frame analysis program based on Matlab. The linked site provides alternative downloads for those with or without Matlab installed. The site also provides a link to the book Matrix Structural Analysis, 2nd Edition, by McGuire, Gallagher, … Continue reading
Posted in Beam Bending, Concrete, Excel, Finite Element Analysis, Frame Analysis, Link to Python, Newton, PyXLL, Strand7
Tagged 3DFrame, Excel, Frame Analysis, global axes, local axes, MASTAN2, principal axes, Torsional warping
1 Comment