This paper describes a numerical study of the effect of evaporative cooling on forced
convective heat transfer in a system experiencing combined heat and mass transport. A …

With an escalating need to find ways to reduce the water consumption in industrial cooling
system, on-demand hybrid cooling has been a topic of great interest. The main concept of …

A global model is proposed to simulate the drying process of used nuclear fuel assemblies
under vacuum drying conditions. The transient model consists of a coupled mass and …

This work conducts a multiphase multi-physics numerical study on this mixed mode cooling
system, where evaporation of a liquid water film augments the convective cooling by …

A perfectly still water surface is an ideal hypothesis that is rarely encountered in real-world
applications. It is impossible to find an open surface of water without any disturbance or …

Air cooling system (ACS) gains more attention because of the global water crisis, however
its applications are limited by the inherent low heat transfer coefficient of air. Evaporative …

Today, dissipating high heat flux safely is one of the greatest challenges for thermal
engineers in thermal management systems, and it becomes a critical barrier to technological …

Spent nuclear fuels are initially stored in spent fuel pools to reduce the radioactivity level
and heat load through radioactive decay. After several years of cooling in the fuel pool, the …

Can an analytical model be employed for simulating used fuel vacuum drying process? Page 1
Can an analytical model be employed for simulating used fuel vacuum drying process? Sudipta …

The aim of this study is to enhance and sustain the thin liquid film evaporation (TLFE) as well
as dropwise condensation (DWC) on scalable copper substrates. The current dissertation …