The present book contains seven chapters, in which different thermal cases have been studied experimentally or theoretically. In Chapter one the differential quadrature method as a precised numerical method was utilized to solve the transient equations of an FGM disc under thermal shock condition. Chapter two presents a new application of image processing as a tool to study prominent heat conduction mechanism of nanofluids focusing on micro-clustering. In chapter three, the temperature and viscosity-dependent methods were used to evaluate the clustering role versus Brownian motion effect in nanofluids. In chapter four, a standard pilot of parabolic trough collector (PTC) was designed and constructed; then nanofluid was used as working fluid to study the performance enhancement. Three types of coatings, used for the absorber tube of a PTC, were compared in aspects of optical absorptance and thermal conductivity in chapter five. In chapter six and seven, a comparative study of the first and second law of thermodynamics was performed to determine the possibility of using HFO1234yf, an environmentally friendly refrigerant, as a drop-in replacement of HFC134a in air conditioning system.
Détails du livre: |
|
ISBN-13: |
978-3-639-65244-4 |
ISBN-10: |
3639652444 |
EAN: |
9783639652444 |
Langue du Livre: |
English |
de (auteur) : |
Samaneh Daviran |
Nombre de pages: |
160 |
Publié le: |
21.02.2017 |
Catégorie: |
Chauffage, - énergie et Technologie de réseaux électriques |