PyXLL using Jupyter and PySimpleGUI Interface (with video) Dec 2022

khoitsma
AISC, Excel, Jupyter, PySimpleGUI, Python, PyXLL, Video
0 Comments

This post features:
  the PyXLL add-on
  Jupyter
  the PySimpleGUI graphical interface

Asymmetric Frame Loading Jul 2022

khoitsma
Calculus, Engineering, Jupyter, Mathematics, Plotly, Python, RISA-3D, SAP2000, Sympy
0 Comments

In memory of Dr. Terry Kohutek, Texas A & M, Professor of Civil Engineering

Structural Calculations for Beams Using Calculus via Sympy Jul 2022

khoitsma
Calculus, Computer Algebra, Engineering, Jupyter, Mathematics, Plotly, Python, Sympy
0 Comments

Something about calculus and Sympy is lovable.

Click to see R1 plot; hover over data points to see data values; use finger or mouse to select rectangular area of interest

Pipe Flexibility using Julia and Jupyter Jul 2022

khoitsma
ASME, Engineering, Julia, Jupyter, Plotly, Plots, Symbolics
0 Comments

I compared equations from den Hartog, from Kireev et al, and from B31.3 Table D300.

The agreement was quite good.

Beam Deflections Jun 2022

khoitsma
Calculus, Computer Algebra, Engineering, Jupyter, Mathematics, Plotly, Python, Sympy
0 Comments

I thought I should reassess and resharpen my basic structural engineering skills.

ASCE Exact Wind Integration (closed form equations) Jun 2021

khoitsma
ASCE, Calculus, Cocalc, Excel, Jupyter, Mathematics, Python, PyXLL, SageMath
0 Comments

I developed a Python function to calculate closed form exact values for wind forces and wind CGs.

I use only calculus — no bar charts with 0′ to 15′, 20′ to 25′, et cetera —- a curve rather than a step function. I present derivations and examples.

MIT Math Test 1876 Jan 2021

So many solutions.

PyXLL to Jupyter Interface (with video) Dec 2020

khoitsma
AISC, Excel, Jupyter, Python, PyXLL, Video
0 Comments

This example is an actual serious structural engineering calculation with graphical documentation.

AISC C Coefficient for Bolt Groups using Azure Jupyter Notebook Oct 2018

khoitsma
AISC, Azure, Jupyter, Python, Steel Detail, Video
0 Comments

I decided to try out Jupyter using Microsoft Azure (currently a free trial). I’ve invested a couple of days on this project including learning new notebook extensions and Interact widgets. And so far, so good. Pros Easy to use Well-documented Relatively trouble-free Cons Could have faster response times

Category: Jupyter

Hand Calculated Truss vs RISA Dec 2023

Convolution as seen in Virtual Work Nov 2023

Foundation Bearing Pressures using Jupyter and PyXLL (with videos) Mar 2023

PyXLL using Jupyter and PySimpleGUI Interface (with video) Dec 2022

Asymmetric Frame Loading Jul 2022

Structural Calculations for Beams Using Calculus via Sympy Jul 2022

Pipe Flexibility using Julia and Jupyter Jul 2022

Beam Deflections Jun 2022

ASCE Exact Wind Integration (closed form equations) Jun 2021

MIT Math Test 1876 Jan 2021

PyXLL to Jupyter Interface (with video) Dec 2020

AISC C Coefficient for Bolt Groups using Azure Jupyter Notebook Oct 2018

Recent Posts

Archives

QuickLinks

Get new posts by email: