Transient cooling of composite spherical moving droplet at high temperature with phase change and non-homogeneous boundary conditions

Project Information

openfoam, batch-jobs, job-sizing, open-on-demand, parallelism, parameter-sweeps, performance, performance-tuning, bash
Project Status: In Progress
Project Region: Northeast
Submitted By: Jingru Benner
Project Email: jingru.benner@wne.edu
Project Institution: Western New England University
Anchor Institution: NE-MGHPCC
Project Address: 1215 Wilbraham Rd,
Springfield, Massachusetts. 01119

Mentors: Katia Bulekova, Josh Bevan
Students: Austen Metsack

Project Description

To objective of this project is to develop a model that can be used to facilitate the development of a process for industrial-scale production of High Temperature Phase Change Materials (PCM). The numerical model will first be validated with simple boundary conditions with which analytical solution exists. Then it will be used to predict the cooling curve of the PCM droplets with different process attributes.

Project Information

openfoam, batch-jobs, job-sizing, open-on-demand, parallelism, parameter-sweeps, performance, performance-tuning, bash
Project Status: In Progress
Project Region: Northeast
Submitted By: Jingru Benner
Project Email: jingru.benner@wne.edu
Project Institution: Western New England University
Anchor Institution: NE-MGHPCC
Project Address: 1215 Wilbraham Rd,
Springfield, Massachusetts. 01119

Mentors: Katia Bulekova, Josh Bevan
Students: Austen Metsack

Project Description

To objective of this project is to develop a model that can be used to facilitate the development of a process for industrial-scale production of High Temperature Phase Change Materials (PCM). The numerical model will first be validated with simple boundary conditions with which analytical solution exists. Then it will be used to predict the cooling curve of the PCM droplets with different process attributes.