Suivre
Louis Desgrosseilliers
Louis Desgrosseilliers
Chief Research and Technology Officer at Neothermal Energy Storage Inc.
Adresse e-mail validée de dal.ca
Titre
Citée par
Citée par
Année
Dodecanoic acid as a promising phase-change material for thermal energy storage
L Desgrosseilliers, CA Whitman, D Groulx, MA White
Applied Thermal Engineering 53 (1), 37-41, 2013
942013
Phase change materials
JA Noël, S Kahwaji, L Desgrosseilliers, D Groulx, MA White
Storing Energy, 503-535, 2022
682022
Design of a latent heat energy storage system coupled with a domestic hot water solar thermal system
R Murray, L Desgrosseilliers, J Stewart, N Osbourne, G Marin, A Safatli, ...
Proceedings of the World Renewable Energy Congress-WREC, 2011
492011
Phase change material selection in the design of a latent heat energy storage system coupled with a domestic hot water solar thermal system
L Desgrosseilliers, R Murray, A Safatli, G Marin, J Stewart, N Osbourne, ...
ASHRAE Annual Conference, Montreal, Canada, 2011
212011
Determination of enthalpy–temperature–composition relations in incongruent-melting phase change materials
L Desgrosseilliers, P Allred, D Groulx, MA White
Applied thermal engineering 61 (2), 193-197, 2013
202013
Heat conduction in laminate multilayer bodies with applied finite heat source
L Desgrosseilliers, D Groulx, MA White
International journal of thermal sciences 72, 47-59, 2013
192013
Design and evaluation of a modular, supercooling phase change heat storage device for indoor heating
L Desgrosseilliers
82017
Working towards solving the rate problem: geometric vs nano-enhanced PCM solutions
D Groulx, AC Kheirabadi, L Desgrosseilliers, M Kabbara, M Azad, ...
Proceedings of INNOSTORAGE Advances in Thermal Energy Storage Conference, 2016
72016
Heat Transfer Enhancements Using Laminate Film Encapsulation for Phase Change Heat Storage Materials
LRJ Desgrosseilliers
52012
Heat transfer enhancements using laminate film encapsulation for phase change heat storage materials
LRJ Desgrosseilliers
Halifax, NS: Dalhousie University 2012, 0
5
Thermographic validation of a novel, laminate body, analytical heat conduction model
L Desgrosseilliers, D Groulx, MA White
Heat and Mass Transfer 50, 895-905, 2014
42014
Thermodynamic evaluation of supercooled seasonal heat storage at the drake landing solar community
L Desgrosseilliers, D Groulx, MA White, L Swan
Eurotherm Seminar 99, 1-10, 2014
42014
Thermal Modeling in a Historical Building–Improving Thermal Comfort through the Siting of a Passive Mass of Phase Change Material
F Herbinger, L Desgrosseilliers, D Groulx
COMSOL Inc.: Boston, MA, USA, 1-7, 2014
42014
Thermal energy storage apparatus
L Desgrosseilliers, MA White, D Groulx
US Patent App. 15/211,878, 2018
32018
Two-region fin model adjacent temperature profile interactions
L Desgrosseilliers, D Groulx, MA White
International Heat Transfer Conference Digital Library, 2014
32014
Double Pipe Heat Exchanger Modeling–COMSOL Uses in Undergraduate Education
L Desgrosseilliers, D Groulx
Proceedings of the COMSOL Conference Bosten, 2011
22011
Thermal energy storage apparatus
L Desgrosseilliers, MA White, D Groulx, A Kheirabadi
US Patent 11,009,298, 2021
12021
Validation of a heat conduction model for finite domain, non-uniformly heated, laminate bodies
L Desgrosseilliers, M Kabbara, D Groulx, MA White
Heat and Mass Transfer 52, 1283-1293, 2016
12016
Thermal energy storage apparatus
L Desgrosseilliers
US Patent 11,435,146, 2022
2022
Storing Energy: With Special Reference to Renewable Energy Sources, edited by TM Letcher
JA Noël, S Kahwaji, L Desgrosseilliers, D Groulx, MA White
Elsevier, Amsterdam, 2016
2016
Le système ne peut pas réaliser cette opération maintenant. Veuillez réessayer plus tard.
Articles 1–20