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David Garcia
David Garcia
Profesor Máquinas y Motores Térmicos, Universidad de Oviedo
Verified email at uniovi.es
Title
Cited by
Cited by
Year
Experimental and numerical flow investigation of Stirling engine regenerator
SC Costa, M Tutar, I Barreno, JA Esnaola, H Barrutia, D García, ...
Energy 72, 800-812, 2014
902014
Correlation between global solar irradiation and air temperature in Asturias, Spain
JI Prieto, JC Martínez-García, D García
Solar Energy 83 (7), 1076-1085, 2009
882009
Investigation of the effectiveness of online learning tools for energy performance certificates preparation
S Lage-Cal, MB Folgueras-Díaz, M Alonso-Hidalgo, D García-Menéndez, ...
Energy Reports 6, 609-614, 2020
602020
Characterization of the power and efficiency of Stirling engine subsystems
D García, MA González, JI Prieto, S Herrero, S López, I Mesonero, ...
Applied energy 121, 51-63, 2014
462014
Decision matrix methodology for retrofitting techniques of existing buildings
SS Castro, MJS López, DG Menéndez, EB Marigorta
Journal of cleaner production 240, 118153, 2019
332019
Global solar radiation models: A critical review from the point of view of homogeneity and case study
JI Prieto, D García
Renewable and Sustainable Energy Reviews 155, 111856, 2022
192022
Methodology for quantifying the energy saving potentials combining building retrofitting, solar thermal energy and geothermal resources
S Soutullo, E Giancola, MN Sánchez, JA Ferrer, D García, MJ Súarez, ...
Energies 13 (22), 5970, 2020
172020
A non-tubular Stirling engine heater for a micro solar power unit
D García, JI Prieto
Renewable energy 46, 127-136, 2012
172012
Dynamic simulation and exergetic analysis of a solar thermal collector installation
D García-Menéndez, JC Ríos-Fernández, AM Blanco-Marigorta, ...
Alexandria Engineering Journal 61 (2), 1665-1677, 2022
152022
Preliminary design criteria of Stirling engines taking into account real gas effects
F Sala, C Invernizzi, D Garcia, MA Gonzalez, JI Prieto
Applied Thermal Engineering 89, 978-989, 2015
132015
Experimental correlations and CFD model of a non-tubular heater for a Stirling solar engine micro-cogeneration unit
D García, MJ Suárez, E Blanco, JI Prieto
Applied Thermal Engineering 153, 715-725, 2019
92019
Indirect characterisation of indicated power in Stirling engines through brake power measurements
I Mesonero, S López, FJ García-Granados, FJ Jiménez-Espadafor, ...
Applied Thermal Engineering 100, 961-971, 2016
52016
Validation of a Stirling engine thermodynamic simulation program
FJ Garcia-Granados, MA Silva-Perez, JI Prieto, D Garcia
Proceedings of the 14th International Stirling Engine Conference, 2009
52009
Comparison between Kolin’s cube law for power and other criteria for preliminary design of kinematic Stirling engines
J Prieto, D Garcia
Proceeding of 12th international Stirling engine conference, 389Ǧ-397, 2005
52005
Tests of an absorption cooling machine at the Gijón solar cooling laboratory
MJ Suárez López, JI Prieto, E Blanco, D García
Energies 13 (15), 3962, 2020
42020
Desarrollo de motores Stirling para aplicaciones solares
DG Menéndez
Universidad de Oviedo, 2013
42013
Notes on the solar map of Asturias
JI Prieto, JC Martínez García, D García, R Santoro
Renew. Energy Power Qual. J, 1273-1277, 2011
22011
Método económico para el estudio del comportamiento de una resistencia eléctrica en cortocircuito
DG Menéndez, CL Iglesias, MA Menéndez, RS Sierra
DYNA 96 (3), 242-245, 2021
2021
Stirling Regenerator Test Bench Design for Pressure Drop and Thermal Efficiency Measurements
SC COSTA, I BARRENO, JI PRIETO, MA GONZÁLEZ, D GARCÍA
2012
Calificación energética, arquitectónica y económica: procedimiento de certificación de instalaciones solares térmicas
JI Prieto, DG Estévez
Era solar: Energías renovables, 92-96, 2009
2009
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