Hydrodynamical simulations of two planets colliding.
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Updated
Jun 17, 2020 - Python
Hydrodynamical simulations of two planets colliding.
This project is an astrophysical research that study a distinguishability test of simluated gravitational-wave signal pairs with mimicked time-dependent/-independent redshift.
A user friendly compartmental modelling enviroment in R
Implementation of word2vec algorithm with training on Anna Karenina novel, evaluation and visualization
Tractable Machine Learning in Cosmological Structure Formation.
Bimetric 3+1 evolution
Cambridge third-year computational exercises
Simulation of the vibratory motion of the Duffing Oscillator using several Fourth Order Runge Kutta methods
Molecular dynamics simulation for benchmarking CPU and compiler
Numerical project related to TMA4320 exploring the physics related to the sinking of the Swedish ship Vasa in 1628. Jupyter Notebook (Norwegian)
An implementation of the Lattice Boltzmann method in Rust WebAssembly
Collection of OpenFOAM solvers and cases
Barnes Hut N Body Simulator
Update 2.0 to rheed++: A complex computer model for dynamical one-beam calculations of RHEED intensity oscillations. To cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S2352711022000371
Code for analyzing whole-cell patch-clamp data and fitting a Markov model with an evolutionary algorithm, as well as generating figures used in manuscript.
A basic project using networkx to create graphs and manipulate them
The NHMC-AR model is a Non-Homogeneous Markov Chain AutoRegressive model. It is designed to perform context-sensitive forecasting in time series that are associated with event sequences.
Simulation of polymers in soultion
An MATLAB implementation of finite-volume scheme for a nonlinear nonlocal model with a gradient flow structure
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