Determining the optimal insulation thickness is useful for designing zero-emission buildings
(ZEB) to minimize the environmental impacts. The energy required to heat buildings in cold …

Houses in the operational stage consume around 40% of the world's energy, and most of it
is consumed by air conditioning. This generates several problems, especially in cities …

Despite efforts to mitigate climate change, annual greenhouse gas emissions continue to
rise, which may lead to the global warming of our planet. Buildings' thermal energy needs …

The economic optimum insulation thicknesses (OIT) for heated buildings in five different
climate regions in Turkiye were determined, and the energy, cost, and life cycle-based …

Decision-makers in cities have difficulties in implementing an effective climate policy for their
own building resources due to the heterogeneous and dispersed distribution of buildings …

This article presents the authors' comprehensive evaluation of the application of specific
foam thermal insulation materials, namely expanded polystyrene (EPS) and extruded …

This research investigates the potential of enhancing urban regeneration through the
intersection of digital transparency, open government, and tax incentives in Portugal …

The urgent need to transform buildings into sustainable energy-efficient spaces is driven by
the environmental impact of construction activities. This study examine the impact of tax …

Domestic cooling demands in arid and hot climate regions, including Qatar, pose a
significant challenge to reduce its cooling energy consumption and carbon footprint …

Nano Insulation is a liquid-consistency, colourable, paint-like thermal insulation material
with many other beneficial properties in addition to insulation. It is a material that can be …