The impact of building sector on carbon mitigation has prompted an increased focus on the
energy performance of the built environment. Conventional buildings often suffer from a …

This review applies a transformer-based topic model to reveal trends and relationships in
Artificial Intelligence (AI)-driven facade research, with a focus on architectural …

Thermal and visual comfort (TVC) significantly impact the health and productivity of
occupants as well as the indoor environmental quality in educational buildings. Machine …

Abstract The potential of Personal Comfort Systems (PCS) in outdoor applications,
particularly their short-term efficacy in cold environments, is pivotal for enhancing thermo …

This study employs both simulation and experimental methodologies to evaluate the
effectiveness of bi-sectional horizontal kinetic shading systems (KSS) with horizontal fins in …

Increasing energy needs in urban environments demand necessary improvements in
building designs toward energy efficiency, sustainability, and comfort. This review explores …

In the context of sustainability and ambitious goals for reducing CO2 emissions, modifying
transparency in architecture becomes a crucial tool for managing energy flow into buildings …

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

In the paper an analytical energy based approach to determination of the mechanical
response of a compressed tensegrity Simplex is presented. Moreover, the Simplex is treated …

Urban block form significantly impacts energy and environmental performance. Therefore,
optimizing urban block design in the early stages contributes to enhancing urban energy …