Research Explorer

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Onderzoeker

Maité Goderis

Prijzen & Erkenningen

19 Resultaten

2024

CFD simulation of solid/liquid phase change in commercial PCMs using the slPCMlib library

Adam BuruzsFabrizia GiordanoManuel SchiederChristoph ReichlMaité GoderisWim BeyneMichel De PaepeTilman Barz

Evaluation of the phase change front movement in a 200KWH latent thermal energy storage unit

Kenny CouvreurMaité GoderisWim BeyneMichel De Paepe

Experimental characterization of a solar boiler as a sensible thermal energy storage system

Alixe DegelinSophie VercammenWito PlasMaité GoderisWim BeyneIlya T'JollynMichel De Paepe

Heat transfer during the dominant convection melting regime in rectangular enclosures heated from the side

Maité GoderisWim BeyneMichel De Paepe

Influence of operating conditions on the melting front movement in tube-in-tube latent thermal energy storage heat exchangers

Julie Van ZeleMaité GoderisKenny CouvreurWim BeyneMichel De Paepe

Liquid fraction evolution during the solid shrinking melting regime in a vertical tube-in-tube heat exchanger

Maité GoderisJulie Van ZeleKenny CouvreurWim BeyneMichel De Paepe

Modeling of phase change transitions in ANSYS fluent including thermal hysteresis

Maité GoderisAdam BuruzsFabrizia GiordanoTilman BarzWim BeyneMichel De Paepe

Numerical modelling of thermal hysteresis in melting and solidification of phase change materials

Maité GoderisAdam BuruzsFabrizia GiordanoTilman BarzWim BeyneMichel De Paepe

Phase change front tracking methods in a vertical tube-in-tube phase change material heat exchanger

Maité GoderisJulie Van ZeleKenny CouvreurWim BeyneMichel De Paepe

A1 Artikel in een tijdschrift in JOURNAL OF ENERGY STORAGE

Tracking of the melting front in tube-in-tube latent thermal energy storage heat exchangers

Julie Van ZeleMaité GoderisKenny CouvreurWim BeyneMichel De Paepe

2023

A predictive method for pipe in pipe, cylindrical modules and spherical packed bed latent thermal energy storage systems

Wim BeyneRobin TassenoyMaité GoderisVictor Van RietMichel De Paepe

A1 Artikel in een tijdschrift in JOURNAL OF ENERGY STORAGE

An improved charging time energy fraction model for latent thermal storage heat exchangers

Kenny CouvreurMaité GoderisWim BeyneMichel De Paepe

Analytical prediction of the phase change front movement to characterize tube in tube phase change material heat exchangers

Maité GoderisJulie Van ZeleKenny CouvreurWim BeyneMichel De Paepe

CO2-neutrale stoomproductie in industriële applicaties

Maité GoderisJera Van NieuwenhuyseManon EveraertElias VierenMichel De Paepe

Extension of the charging time energy fraction method for characterization of latent thermal energy systems to the use of variable initial battery conditions

Kenny CouvreurMaité GoderisWim BeyneMichel De Paepe

Phase change front movement characterization of a tube in tube phase change material heat exchanger

Maité GoderisKenny CouvreurJulie Van ZeleWim BeyneMichel De Paepe

Predicting the output of a latent thermal energy storage heat exchanger by decomposition into a series connection of heat exchangers with an analytical solution

Wim BeyneMaité GoderisVictor Van RietMichel De Paepe

The charging time energy fraction for describing different phases of charging a latent thermal storage heat exchanger

Kenny CouvreurMaité GoderisWim BeyneMichel De Paepe

Visual tracking of the phase change front in a tube in tube phase change material heat exchanger

Maité GoderisKenny CouvreurWim BeyneMichel De Paepe