A SOLUTION FOR A PHASE CHANGE TRANSIENT HEAT TRANSFER PROBLEM USING AN ELECTRONIC SPREADSHEET

A review of materials, heat transfer and phase change problem formulation for latent heat thermal energy storage systems (LHTESS). Renewable and Sustainable Energy

Modeling of hypoeutectic alloys solidification is a complex problem, because increase of solid phase fraction is triggered by constitution of two structures: In

[27], the absorbing heat flux and releasing heat flux of the fifth endoreversible Carnot heat engine can be obtained by using the heat transfer between the working fluid and

Contrary to single phase flow regime, the experimental data shows that by increasing the nanoparticles concentration the average heat transfer coefficient in subcooled flow

The Direct Problem is composed of the heat conduction equa- tion, with boundary conditions of the irst kind and is solved by the Central Finite Differences Method, with the explicit

Abstract - This work is concerned with the coupled estimation of the heat generated by the reaction (Qr) and the overall heat transfer parameter (UA) during the terpolymerization

The model implemented in this work captures the effect of the fluid velocity associated with the step inclination angle on the phase change process and the conduction heat

In the present work the inverse problem of simultaneous heat and mass transfer modeled by Luikov equations is studied using a hybrid combination of the