Uncertainties in the life cycle assessment (LCA) of buildings affect the environmental
performance benchmarking and can lead to incorrect decision-making. Reducing …

The global interest in nearly zero-energy buildings (NZEBs) has led to their establishment as
mandatory building objectives in Europe for all new constructions starting in 2021. The …

The careful consideration and choice of Sustainable Architectural Glass Material (SAGM) is
a crucial step towards reducing energy consumption and enhancing the overall …

There is an observable scarcity of comprehensive research results comparing the
environmental damage associated with both the production of windows and their …

In pursuit of a better indoor thermal environment, radiant heating systems have been widely
employed in residential buildings. The effect of the sun patch on floor heating systems is …

Energy scarcity and environmental damage necessitates efficient design, which requires
significant information from different sources. As decisions affecting energy performance are …

Com objetivo apresentar a aplicação do Método de Custeio do Ciclo de Vida Adicionado
(CCV Add) ou Life Cycle Costing (LCC) como alternativa na mensuração de um ativo …

In recent years, the Architecture, Engineering and Construction sector has placed a growing
emphasis on promoting environmental sustainability throughout the life cycle of buildings …

To meet climate targets, it is necessary to adopt robust and recognized methods, such as life
cycle assessment (LCA), to evaluate emissions, particularly from building materials. As …

Conventional expertise-based approaches yield less-than-optimal window placement
schemes (WPSs). The simulation-based window placement approaches (eg, EnergyPlus) …