Senior Thesis project to develop CI for the Dedalus Project

A flexible parallel-hybrid framework for computational physics simulations.

Public repository for the SWISH project

A simple Numerical solution to the Blasius Similarity Boundary Layer equation.

Computational Optimal Transport: A Comparison of Two Algorithms

Simulating Rainfall with openFoam

Tsunami Simulator with parallel computing in modern Fortran

CFD Validation with OpenFOAM

Script that runs experiments on the implemented H(div)-conforming elements for Stokes equations in the finite element package ParMooN.

Numerical solution of one-dimensional equations motion of an inviscid compressible fluid (gas) in Lagrange variables.

As a passionate explorer of fluid dynamics, I’ve always been fascinated by the way fluids move and interact with their surroundings. This led me to the Navier-Stokes equations, which are the heart of this field. These equations, born from Newton’s second law of motion, elegantly encapsulate the forces of viscosity and pressure that govern fluid mot

Final Project for Leiden University Media Technology MSc. involving an advanced processing sketch that simulates the effect of catastrophe types on Faraday Wave pattern morphology during audiovisual playback. All code by Trent Eriksen and inspired by research from Amber van der Tuin

Work from classes I took during Undergraduate at University of Minnesota Twin Cities.

This contains the code and data used to generate the graphs and video frames from the posters, and the posters themselves. The whole video is given below (or as oil_droplet_interface_shape_comparison).

Neural network pruning to reduce the size of Neural Implicit Flow network.

🌊 Browser-based fluid simulation (Müller et al SPH method)

From September 2019 to June 2022, I studied at the University of Exeter. During this time I studied Mathematics on Penryn Campus, a course that would be cut at the end of my first year. I am part of the last cohort of this programme. Here are some notes from the courses I took during my time at Penryn.