Due to its vast territory, the climatic conditions and socioeconomic development of different
regions in China are closely related to geographical location, and their impact on city-level …

In urban heat island (UHI) effect modeling, traditional 3D morphological indexes often
homogenize elements within units, leading to a loss of spatial detail. Here we introduce …

Building energy consumption (BEC) is influenced by the combination of urban morphology
and microclimate. This study investigated the influence of urban neighborhood morphology …

The energy budget of households, linked to residential energy consumption (REC), serves
as a critical indicator of quality of life and economy trends. Despite the lack of widely …

The impact of various factors on building energy consumption (BEC) has garnered
significant attention, as understanding these factors can help stakeholders optimize urban …

Anthropogenic heat flux (QF) significantly affects urban surface energy budget. However,
refined QF data are lacking for most cities across the world. To address this deficiency, this …

Abstract Statement of the Problem. Lack of an artificial intelligence (AI)-driven approach to
optimize the application of nature-based solutions (NbS) for enhancing energy sustainability …

The perception and evaluation of commercial Built Environment (BE) significantly impact
urban vitality and economic benefits. Existing evaluation methods, primarily relying on top …

This study presents an improved approach to estimate future energy demand based on
climate scenarios, upstream documents, and Machine Learning (ML). To accurately predict …

The issues of energy accessibility and vulnerability have garnered significant attention in
recent research. However, previous studies have tended to emphasize access-based …