Programming Seminar: 2018-01. Mauricio Sevilla: jmsevillam@unal.edu.co - jmasevillam@gmail.com
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Updated
Aug 22, 2018 - C++
Programming Seminar: 2018-01. Mauricio Sevilla: jmsevillam@unal.edu.co - jmasevillam@gmail.com
A simple software to elaborate data & run simulations about single stage rocket launches.
MSc Nuclear Science and Engineering Final Project. A ML Algorithm which is used to calculate residual stress tensors using Bayesian Inference, given a heavily-distorted set of simulated strain measurements.
Parallel Fast Multipole Methods in Python
The purpose of this repository is to enable independent researchers to reproduce the simulations performed for a research article. I made very minor changes to the first paragraph of the introduction (see the original website).
Simple simulations of physical phenomena created for the needs of PSM laboratories (Fundamentals of Computer Simulations) at PJAIT
An implementation of the DSMC-Boltzmann algorithm in several versions for the simulation of the heat transfer due to phonons in electrically non conducting samples.
고대의 원자 모형, 현대의 모형(오비탈) 시뮬래이션
Reconstructs a simulatable 3D mesh from in-vivo CARTO mapping data
Algorithms for electrostatic simulations for many body systems, like plasma, and them performance.
Repo for ASTR 400B Spring 2023 at the University of Arizona (Galactic, Extra-galactic Astronomy & Cosmology). Milky Way–M31-M33 merger simulations.
Multi-body Dynamics and Visualizations
S-matrix method to calculate laser modes
Proprietry software to solve the 2-electron time-dependent Schrodinger equation including a laser pulse interaction
Jupyter Notebook y enlace a videos explicativos de laboratorios de física en educación superior.
Official (ugly and hard-to-read) implementation of "Topology Optimization via Frequency Tuning of Neural Design Representations" at SCF21. A clean implementation and corresponding blog and tutorial is under construction.
Julia module for creating plots, GIFs, and videos from the data produced by Gadget2/3/4 simulations.
This repository contains the LAMMPS and python scripts created from the ground-up, along with the most important data, to conduct a thorough analysis of the Thermal Rectification (TR) in semi-stochastically generated atomistic models of polycrystalline graphene with graded grain size variation - using Molecular Dynamics & mapping of phonon modes.
Simulating ionospheric effects on radio interferometry observations. This code simulate the MWA radio telescope and applies ionospheric source position offsets to the computed visibilities.
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