CFD CASE
Multiphase Euler-Euler simulation of a fluidized bed
Simulation of a fluidized bed in 2D using OpenFOAM.
Read case study →CFD · NUMERICAL MODELLING · ENGINEERING
Simulating physics.
Understanding engineering.
I am a simulation engineer working with Computational Fluid Dynamics, numerical methods, and scientific computing. This site is a collection of my engineering work, technical notes, and experiments.
Interactive flow field / active
SELECTED WORK
CFD case studies
CFD CASE
Simulation of a Rising Bubble in 2D
2D Multiphase simulation of a rising bubble using VoF method in OpenFOAM
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CFD CASE
Laminar Flow Simulation of a Kenics Helical Static Mixer
Laminar flow and mixing analysis of a Kenics helical static mixer containing six mixing elements.
Read case study →AREAS OF WORK
From physical problem to engineering insight.
01
External and internal aerodynamics
02
Multiphase flow and interface physics
03
Particle transport and reacting flows
04
Meshing, automation and scientific computing
05
Reduced-order modelling and design optimisation
FROM THE NOTEBOOK
Latest writing
21 September 2026
A Simple OpenFOAM Mesh with classy_blocks
Creating a simple hexahedral mesh for OpenFOAM using Python and classy_blocks.
21 September 2026
Post-processing OpenFOAM Cases with PyVista
Using PyVista and Python to automate OpenFOAM post-processing, create slices and contours, visualize flow fields, and build reusable CFD visualization workflows.