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DRIL Project for Structural Mechanics (Civil Engineer)

DRIL_CIVIL-238 (master)

.gitignore
HiddenCode/
LICENSE.md
README.md
Simple Beam DEMOs/

Recent Commits

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47e6ae43d9f6schipani
The README is updated 
Aug 29 2022
46cfb5e213e9schipani
Polished the graphical tool, changed the name of the DEMOs and completed them… 
Aug 29 2022
ed5c5d813a94schipani
Prepared the description, questions, ... of the sb_stress DEMO 
Aug 16 2022
7461f3a6ae99schipani
Prepared the descriptions, questions, legends, ... of the three first notebooks… 
Aug 16 2022
cf0ac6093636schipani
All the complex code is now hidden in separate files 
Jul 19 2022
f1f1af9846afschipani
Added in README the link for cloning the repository in Noto 
Jul 19 2022
b86fef185093schipani
Removed images for scale 
Jul 19 2022
44ec69883177schipani
README edited 
Jul 19 2022
a15e00dadfb0schipani
.gitignore added 
Jul 18 2022
1c6b52cd9098schipani
Upload of the DEMOs and README redacted 
Jul 18 2022
970bf08bba7dschipani
Initialization of the repository 
Jul 18 2022

README.md

DRIL Project - CIVIL-238

This prject is part of the DRIL fund and it is focused in the Structural Mechanics course for Civil Engineer (CIVIL-238) at EPFL. It presents a number of visual tools (DEMOs) that are meant to support:

  • the teaching with their self-explanatory, simple and complete aspects
  • the learning thanks to their interactive, interesting and intuitive sides

Project description

The goal is to provide the student with interactive visual tools for understanding, playing and enjoying the complex aspects of the Structural Mechanics and to help the teacher by showing practical end exhaustive cases.

The DEMOs are Jupyter Notebooks developed in Python (for the structure and initialisation) and Javascript (for the dynamic visual and plots). The main contents of these visual tools are:

  • Simply supported beam as the statis system
  • Two cross section: filled and hollow rectangular section
  • Free-body diagram (FBD)
  • NVM diagrams
  • Deflection (only due to bending)
  • Elastic and plastic analysis
  • Stress and strain analysis
  • Stress state element and stresses
  • Torsion (uniform)
  • Mohr Circle
  • Buckling

The contributors of this projects are

  • Carmine Schipani (author)
  • Prof. D. Lignos (supervisor of the project and director of the RESSLab)

This repository is available at this link.

For any enquiries relating to this template or this repository, please contact: noto-support@groupes.epfl.ch

Repository in NOTO

To downlaod and use the content of this repository in NOTO, you just need to click this link and in your workspace will appear a clone repo of this project.

Copyright and license

All content in this repository is distributed publicly and openly under a Creative Commons Attribution license, CC-BY 4.0, and all code is under [BSD-3-Clause](LICENSE.md).

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