emefff's repositories
Code-Aster-MPI-in-Singularity-of-SM2021
How to build the MPI Version of Code Aster 15.4 inside the Singularity Container of Salome-Meca 2021
Geometry-Generation-in-Salome-for-Composite-and-Porous-Materials
Python scripting in Salome allows us to automatically generate random particles or pores. With subsequent operations we are able to build composite or porous bodies for study in Code_Aster.
Geometry-Generation-of-Complete-Runner-Systems-in-Salome-for-Die-Casting-and-Thixomolding
Python scripting in Salome for auto-generating runners for die-casting and Thixomolding
Geometry-Generation-of-Overflow-and-Venting-Systems-in-Salome-for-Die-Casting-and-Thixomolding
Python scripting in Salome for auto-generating overflows and venting lines for die-casting and Thixomolding
Finding-Filler-Material-for-Welding-Dissimilar-Alloys
We use Python to navigate the Schaeffler diagram and automatically choose the best rod/wire material for a given material pair.
Machine-Learning-in-Die-Casting-Production-with-Sklearn
Generates a random forest ML model of artificially created die casting machine data. The model can be used to make predictions from machine data to predict if a part is scrap or good
Optimizing-Your-Electricity-Consumption-In-Python
The electricity consumption of your home, company etc. can be easily optimized in Python with a time based generation of a daily power curve. By time-shifting appliances we find a minimum in energy consumption.
Bolted-connection-in-Salome-Meca-Code_Aster
How to model bolts with heads and contact in SM/CA
Code-Aster-MPI-in-Singularity-of-SM2022
How to build the MPI Version of Code Aster 16.4 inside the Singularity Container of Salome-Meca 2022
iv
Powerful Programable RPN Calculator based on FORTH
Metallurgy-in-Salome-Meca-Code_Aster
Metallurgy in Salome-Meca Code_Aster
Thermal-Evolution-In-Welding-In-Code-Aster
The thermal evolution of welding two plates with a V-seam is simulated in Code_Aster
Diffusion-in-Python-with-pydiffusion-library
Simple script for multi-step simulation of a carburizing process
Transient-heat-conduction-in-Python
The transient 1D heat conduction is solved for heating and cooling of a steel slab during heat treatment.