A Multi-Scale Model for Coupling Strands with Shear-Dependent Liquid

The working repository for my PhD project at the Centre for Scientific Computing, Cambridge

Lattice Boltzmann method implemented in julia

The repository is the implementation of a research paper concluding the performance analysis of machine learning algorithm on complex non-Newtonian fluids.

Freely Coupled Lattice Boltzmann Code

an open source CFD solver used for numerical simulations of non-Newtonian fluid dynamics

Python rheology toolbox

RESEARCH: Estudio de amenazas hidráulicas en la llanura de inundación de la cuenca del Río Bogotá - Cundinamarca - Colombia - Suramérica - HydroBogota

Hemodynamic Indices and Shape-Based Models of Left Atrial Appendage to Enhance Stroke Prediction in Atrial Fibrillation

Solves the Cauchy Momentum equations for a non-newtonian incompressible fluid using the Finite Difference Method on a 2D grid. The solver is of the explicit type with each iteration corresponding to a step forward in time. The viscosity is updated at each grid point as per the truncated power law.

A Codex skill for SCI manuscript polishing in mechanical engineering, fluid mechanics, heat transfer, and additive manufacturing.

Implementação de um modelo computacional baseado no método SPH para simular o fluxo de rejeitos de mineração após o rompimento de barragens. O modelo foi desenvolvido como parte do TCC apresentado à Faculdade de Computação da Universidade Federal de Uberlândia.

Extention for rheoInterFoam to solve electric equations for two-phase visco-elastic flows

Verification and reproducibility of exact unidirectional solutions for start-up flows (Stokes and related problems) of viscoelastic fluids via Jupyter notebooks in Python/Colab.

Doctoral thesis (USP): numerical verification of high-order solvers for incompressible viscoelastic flows via the Method of Manufactured Solutions. Fortran reference programs, Python library, and ML-ready datasets.

Open test suite for CFD verification & validation. 51 built-in & 35 external cases, solver-agnostic CLI, OpenFOAM integration.

wxMaxima example codes for the class notes: "Fluidos Complejos: Fundamentos Teóricos y Computacionales".

Code, data and tutorial notebooks for "A century of the Herschel–Bulkley model (1926–2026)" (Y. Wang, submitted to Journal of Rheology): scripts for every figure, plotted data and tables as CSV, and 18 Jupyter notebooks.

Code and synthetic data for “Complementary dissipation potential in pressure-driven flow of shear-thinning and yield-stress fluids” (Y. Wang, Preprints.org, 2026). Reproduces every figure, table and number from fixed seeds.

Analytical Hagen–Poiseuille flow of a Carreau–Yasuda fluid — Python package, scripts and browser calculator (Wang, JNNFM 310, 2022)