Name: Vatsal Sanjay
Type: User
Company: Physics of Fluids, University of Twente
Bio: I currently work at the Physics of Fluids group, University of Twente. I do research in the field of two-phase flow.
Twitter: VatsalSanjay
Location: Enschede, the Netherlands
Blog: vatsalsanjay.com
Vatsal Sanjay's Projects
Asymmetries in coalescence: size asymmetry. Still axially symmetric.
(List)-Probably the best curated list of data science books in Python
Resources for working with time series and sequence data
This repository contains various MATLAB scripts for visualization of Basilisk C (http://basilisk.fr/) simulation data.
These codes can be used to do on the fly (almost) visualisation during Basilisk C simulations (http://basilisk.fr/)
Bank Of Swimming Organisms - Micron scale
This repository contains the codes used for simulating the cases discussed in the manuscript: Bursting bubble in a viscoplastic medium
This repository contains the latex source files for our submission of Bursting Bubble in a Viscoplastic Medium to arXiV
Here we simulate viscoelastic bursting bubble
Contains a few basic CFD codes.
This is practice codes for the course in CFD by Prof. Barba. https://github.com/barbagroup/CFDPython
chain paper for POF
Code for concentrc wave focussing
Class materials for computational physics course
Solutions to the cylindrical Stefan problem with applications for drilling in glacier ice.
Drop impact on viscous liquid films
Drop impact on viscous liquid films_LaTeX_JFM
Data from drop aspiration experiments and code needed to plot and analyze it
Simulate the spreading of a drop on a partially wetting surface.
Some experiments with font rendering in Matplotlib
Finite Volume simulation of the Kelvin-Helmholtz Instability
Create Your Own Finite Volume Fluid Simulation (With Python) Part 2: Boundary Conditions and Source Terms
The codes will be helpful for performing the numerical simulations for in tube flow condensation. In the folder, various mesh files are also uploaded to simulate various tube types.
On collision of liquid jets, mesmerizing fluidic structures are formed. At low velocities of the jet, stable liquid sheets are formed bounded with thick rim. This repository contains the Gerris simulation scripts and some of the major post-processing codes used.
Convert a Google Drive Document to the Markdown format, suitable for publishing.
The original gerris source code written by Prof. Popinet and modified by Tomar et al. We aim at modifying the code further to implement better Lagrangian model.
This repository contains some scripts for post processing of Gromacs (http://www.gromacs.org/) data files