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Nozzle Diameter
Sets the capillary detachment scale
1.2 mm
Air Flow Rate
Controls production rate and plume velocity
4.0 L/min
Estimated Bubble Diameter
4.5 mm

Air in clean water at 20°C · 0.30 m diffuser depth

Estimated Bubble Rise Speed
0.19 m/s

Production: approximately 1,350 bubbles/s across 19 nozzles

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04 / 08 Molecular thermodynamics

Methane NVT Monte Carlo

Metropolis sampling of pressure and energy across liquid and gas states.

  • Python
  • Monte Carlo
  • Thermodynamics
Open project
05 / 08 Molecular transport analysis

Methane Self-Diffusion Study

Unwrapped trajectories, mean-squared displacement and finite-size-corrected diffusion coefficients.

  • Python
  • Molecular dynamics
  • Transport properties
Open project
06 / 08 Diffusion without advection

Maze Concentration Diffusion

A finite-volume diffusion model that reveals the preferred route from inlet to outlet.

  • Python
  • Finite volume
  • Diffusion equation
Open project
07 / 08 Advection-diffusion heat transfer

Forced Convection Cavity Solver

A finite-volume simulation of heat transport driven by a prescribed incompressible vortex.

  • Python
  • Finite volume
  • Advection-diffusion
Open project
08 / 08 Process systems design

HTL Gas to DMC Process Design

An Aspen Plus process converting CO2-rich HTL gas into dimethyl carbonate through reaction, separation and heat integration.

  • Aspen Plus
  • Process design
  • Heat integration
Open project
NVT 04 Methane NVT Monte Carlo
MSD 05 Methane Self-Diffusion Study
MAZE 06 Maze Concentration Diffusion
HEAT 07 Forced Convection Cavity Solver
DMC 08 HTL Gas to DMC Process Design
04 08
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