Categories
RSS Feed
Search NewtonExcelBach
Archives
Top Posts
- Using LINEST for non-linear curve fitting
- 3DFrame Ver 1.03 and Frame4 Ver 3.07
- About Newton Excel Bach
- Downloads
- Filling Blanks with Go To-Special (and local help rant)
- Linking Excel to C
- Writing Arrays to the worksheet - VBA function
- Weighted Least Squares Regression, using Excel, VBA, Alglib and Python
- Daily Download 4: Continuous Beam Analysis
- Retrieving unique values from a range or array ...
Recent Comments

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… 
dougaj4 on Reinforced concrete elastic an… 
Z on Reinforced concrete elastic an… 
Z on Installing Adobe Reader non-DC…
Tag Archives: Py_CBA
py_xlCBA update
Following the previous post the py_xlCBA spreadsheet and associated code have been updated. The updated files, including open-source code, can be downloaded from: py_xlCBA.zip Note that the link in the previous post was downloading the wrong file, and has just … Continue reading
Calling PyCBA from Excel
PyCBA is a Python based continuous beam analysis program. From the on-line docs: I have set up a spreadsheet based on py_Conbeam that converts the py_Conbeam input to PyCBA format, then runs the PyCBA analysis and returns the results to … Continue reading
Posted in Beam Bending, Excel, Frame Analysis, Link to Python, Newton, NumPy and SciPy, PyXLL, Strand7, UDFs
Tagged bending moments, ConBeamU, deflections, Excel, Maximum moment, Py_CBA, Reactions, shear forces, Strand7 check, UDFs
1 Comment