The large-scale use of curtain walls in stadiums and other public buildings will cause glare
and increase the burden of energy consumption, especially in summer. In the early stage of …

Adaptive façades (AF), unlike conventional façades, respond to their environment to reduce
energy consumption while increasing comfort. The planning of AF presents architects and …

Adaptive façades (AFs) are technologies with great potential to reduce energy consumption
by changing their properties to adapt to variable climatic conditions. This paper proposes an …

Optimisation of shading devices in buildings is a broadly investigated topic; however, most
studies only focus on a single façade orientation, since the observed buildings are typically …

Dynamic façade (DF) technology is key to mitigating global climate change, benefiting
significantly from machine learning (ML) advancements in interdisciplinary research …

Obtaining neural information about salivary secretory immunoglobulin E (S-IgE) is a starting
point for investigating the mechanism of thermal environment regulation affecting human …

The heat dissipation problem has become a new challenge for improving the comfort of the
built environment. Spray cooling, as an efficient heat exchange technique, attracts more …

Given the climate-sensitive interactions between buildings and the immediate environment,
an insight into the impact of design parameters on building energy performance under …

Adaptive façades are a promising choice to achieve comfortable low-energy buildings. Their
effective performance is highly dependent on the local boundary conditions of each …

Climate adaptivity can be introduced into building envelopes without processors or external
power by technologies that operate on an intrinsic mode, enabling the usage of their …