@misc{c2df701d5fb04012a4159cbc739eec63,
title = "Developing High-Performance Computing Model of Vapor Transition Through Advanced Membranes for Applications in 7AC Liquid Desiccant Air Conditioners",
abstract = "This poster for the 2019 Advanced Manufacturing Office Peer Review covers the high-performance computing model development for applications in Liquid Desiccant Air Conditioners. Conventional compressor-based cooling has undergone incremental changes over the past 100 years. Further improvements in efficiency require evermore complex systems, especially under humid conditions. Microporous membranes offer unique opportunities for efficient humidity control in buildings using an absorbent desiccant solution, but membranes are not designed for this purpose. This project used molecular dynamic (MD) simulations to determine the effect of membrane properties on important metrics for these air-conditioning applications, focusing on the membrane properties at the membrane/liquid/air interface. Improved membranes can enable smaller, more durable, and less costly designs for these membrane air conditioning systems.",
keywords = "7AC Technologies, advanced membranes, AMO, high-performance computing, model, peer review, vapor transition",
author = "Jason Woods and Hai Long and Peter Luttik and Peter Frischmann",
year = "2019",
language = "American English",
series = "Presented at the 2019 Advanced Manufacturing Office Peer Review, 11-12 June 2019, Washington, D.C.",
type = "Other",
}