dropletevaporationsimulation 1.1.8

This project simulates the evaporation and dynamics of an n-Decane droplet in a heated airflow.

Droplet Evaporation Simulation

This project simulates the evaporation and dynamics of an n-Decane droplet in a heated airflow, using both the D² Law and Infinite Liquid Conductivity models. It visualizes droplet diameter, temperature, velocity, and axial position over time.

It can be used to compute the minimal axial length of a combustion chamber to ensure full envaporation of the droplet.

Droplet properties can be modified in src/constants.py to simulate the vaporization of desired fuel.

Features

• D² Law Model and Infinite Liquid Conductivity Model simulations
• Plots for droplet diameter, temperature, axial velocity and position
• Adjustable parameters and configurations for droplet properties and environmental conditions

Documentation

https://dropletevaporationsimulation.readthedocs.io/en/latest/

Installation

git clone https://github.com/guillaume-bailly/DropletEvaporationSimulation.git
cd DropletEvaporationSimulation
pip install -r requirements.txt

or

pip install dropletevaporationsimulation

Run the simulation