Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study - Yokasta García Frómeta, Letzai Ruiz Valero, Jesús Cuadrado Rojo, 2019

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study

Location of proposed bioclimatic techniques: (a) Architectural plan;

Efficiency level before verification of the RTQ-R requirements

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study - Yokasta García Frómeta, Letzai Ruiz Valero, Jesús Cuadrado Rojo, 2019

house plan with internal dimensions, no scale [4]. The information

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study

Surrogate model of adaptive thermal comfort of a social housing in the Dominican Republic micro-climates a predictive approach toward sustainable bui

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study - Yokasta García Frómeta, Letzai Ruiz Valero, Jesús Cuadrado Rojo, 2019

Description of passive design techniques applied to housing proposal.

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study - Yokasta García Frómeta, Letzai Ruiz Valero, Jesús Cuadrado Rojo, 2019

Indoor temperature and relative humidity assessment of three construction systems for Dominican social housing in different micro-climates: A modelling study

J. CUADRADO, Universidad del País Vasco / Euskal Herriko Unibertsitatea, Leioa, UPV/EHU, Mechanic Engineering

Efficiency level before verification of the RTQ-R requirements