Experimental and theoretical studies of energy efficient convective heat transfer, mass transfer and heat storage
No Thumbnail Available
URL
Journal Title
Journal ISSN
Volume Title
School of Engineering |
Licentiate thesis
Checking the digitized thesis and permission for publishing
Instructions for the author
Instructions for the author
Authors
Date
2013
Department
Major/Subject
Lämpötekniikka ja koneoppi
Mcode
Ene-39
Degree programme
Language
en
Pages
35
Series
Description
Supervisor
Lampinen, MarkkuThesis advisor
Seppälä, AriKeywords
nanofluid, nanoneste, nanoparticles, nanopartikkeli, convective heat transfer, konvektiivinen lämmönsiirto, viscosity, viskositeetti, pressure loss, painehäviöt, oxygen enrichment, hapen rikastaminen, membrane, membraani, hollow fiber module, onttokuitumoduuli, energy efficiency, energiatehokkuus, heat storage, lämpövarasto, supercooling, alijäähtyminen, crystallization, kiteytyminen, xylitol, ksylitoli