The natural ventilation strategies employed in vernacular architecture have attracted
considerable research interest in the context of sustainable development, primarily due to …

This research paper offers a thorough examination of strategies geared towards enhancing
thermal comfort within constructed spaces through the incorporation of state-of-the-art …

Heritage model calibration and validation are crucial for decreasing uncertainty and
enhancing the robustness of simulation results and conservation interventions. Yet …

Whole-building dynamic simulation has been increasingly adopted as a tool to non-
invasively investigate possible strategies to improve energy efficiency, thermal comfort, and …

Vernacular architecture constitutes a rich source of information and ancestral knowledge
and could become a key resource for sustainable development. Its passive design strategies …

Understanding transient heat transfer in building assemblies is important for improving the
energy efficiency of the built environment. This paper describes an inverse analysis to …

Moisture transfer is a key phenomenon for simulating the energy balance of the walls of
historical buildings as it has an impact on indoor and outdoor comfort, energy consumption …

Energy consumption in the building sector justifies the necessity of knowing the thermal
comfort perception of vernacular and modern architectural types, based on which a correct …

Moisture transfer is a key phenomenon for simulating the energy balance of the walls of
historical buildings as it has an impact on indoor and outdoor comfort, energy consumption …

El objetivo de la siguiente investigación fue realizar un estudio de campo, para conocer la
percepción térmica de los usuarios de la vivienda vernácula en clima frío de la región …