This paper innovatively applies fuzzy comprehensive evaluation (FCE) method with analytic
hierarchy process methodology (AHP) to quantitatively explore the academic value of …

Today, the effects of the indoor environment on occupants' health and comfort represent a
very important topic and requires a holistic approach in which the four main environmental …

Rapid urbanization has produced a series of environmental and resource issues in the
Beijing-Tianjin-Hebei urban agglomeration (BTHUA). It is necessary to identify pathways …

Indoor environmental quality (IEQ) is co-determined by several environmental factors
(thermal, indoor air, lighting, and acoustics). In this paper, a four-layer IEQ assessment …

Flood is a serious challenge that increasingly affects the residents as well as policymakers.
Flood vulnerability assessment is becoming gradually relevant in the world. The purpose of …

Nowadays, the belief that lighting can influence comfort, productivity and people's health is
well established. In educational rooms the absence of adequate levels of indoor comfort can …

Although water is the material basis of human being survival and development, it exhibits
inhomogeneity in time and space, which makes it difficult to accurately evaluate the supply …

Quantification of physiological state is a key issue for human physiological safety in high
temperature environments. In this study, the fuzzy comprehensive evaluation method is …

Desalination projects play a vital role in the water supply of coastal regions with scarce
water resources. The risks associated with desalination projects are worth investigating …

The acoustic environment in the office space is a significant factor affecting workers'
performance. Whereas existing research focuses mainly on the impact of the acoustic …