Windows are important structural components that determine the energy efficiency of
buildings. A significant parameter in windows technology is the overall heat transfer …

Ventilated windows have the potential to contribute to both indoor air quality and energy
efficiency in cold climates. A typical ventilated window functions as a solar collector under …

Thanks to large-scale 3D printing, it is possible to fabricate performance-integrated building
facades, contributing to the building sector's decarbonisation. The assessment of thermo …

Increasing concerns over energy consumption and greenhouse gas emissions in buildings
have contributed to the emerging of innovative PV glazing technologies to improve the …

The challenge of building sector decarbonization has driven an integral rethinking of the
way we design and build facades. Recently, large scale 3D-printing has emerged as an …

Windows account for approximately 30% of total energy loss in buildings. While extensive
research has focused on the thermal performance of windows and blinds in hot climates …

Abstract Complex Fenestration Systems with integrated shading systems are becoming
widely used to enhance the building's envelope performance and increase the occupants' …

Building Simulation Applications BSA 2019 Page 1 Numerical and Experimental
Characterization of the Thermal Behavior of Complex Fenestrations Systems Under Dynamic …

This paper presents a study of the thermo-hygrometric behaviour of a Double Skin Façade
(DSF) unit. The study aims (i) at comparing currently used calculation procedures according …

Implementing Complex Fenestration Systems (CFS) in the modern architecture of non-
residential buildings is a trend driving the need for improved methods and validated tools …