Miguel Alejandro Chen Austin #IPAC10015819

Miguel Alejandro Chen Austin

Miguel Alejandro Chen Austin #IPAC10015819

Natural Ventilation, Thermal in buildings, instrumentation
Sede:
Panamá
Unidad / Facultad:
FAC. DE ING. MECÁNICA
Grado Académico:
Doctor (a)
Área de Investigación
Energía y Ambiente
Áreas de Interes
Arquitectura bioclimatica, energética en edificaciones, modelado de fenómenos físicos
SNI:
Investigador Nacional 1 2021 - 2024
Email:
miguel.chen@utp.ac.pa

Publicaciones en Google Scholar

Publicación Citas Año
Evaluación de la técnica de fusión de sensores para la detección de ocupación en una oficina universitaria 0 2020
Numerical Assessment of Bioclimatic Architecture Strategies for Buildings Design in Tropical Climates: A Case of Study in Panama 0 2020
Impact of the Envelope Layout in the Thermal Behavior of Buildings in Panama: A Numerical Study 0 2019
Qualification of the Energy Charge-Discharge of a Concrete Slab in a Naturally Ventilated Building 0 2019
Experimental assessment of Peltier modules as an alternative to conventional heat flux meters 0 2019
Experimental study on an air-phase-change-material unit for summer thermal comfort in a naturally ventilated building 0 2019
Instrumentation d’une plateforme d’essais pour l'étude du stockage-déstockage d’énergie sensible et son couplage avec la ventilation naturelle 0 2019
Experimental study of a natural ventilation strategy in a full-scale enclosure under meteorological conditions: a buoyancy-driven approach 0 2018
Evaluation expérimentale d'une stratégie domotique de pilotage des éléments mobiles : vers un contrôle semi-passif simple du confort d'été en BEPos 0 2018
Influence des effets du vent et du tirage thermique sur le taux de renouvellement de l’air d’un bâtiment ventilé naturellement: estimations par simulation aéraulique directe et … 0 2018
UTP-FIM-ECEB 0 0
UTP-FIM-ECEB 0 0
UTP-FIM-ECEB 0 0
Occupancy patterns obtained by heuristic approaches: cluster analysis and logical flowcharts. A case study in a university office 11 2019
On the coupling between natural ventilation and sensible energy charge and discharge in buildings: an experimental and modeling approach 4 2018

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