Sporters' visual comfort assessment in gymnasium based on subjective evaluation &amp; objective physiological response

Shi, Ligang; Li, Yuqing; Tao, Lulu; Zhang, Yuanxue; Jiang, Xintong; Yang, Zhaojing; Qi, Xinzhu; Qiu, Jinghan

doi:10.1016/j.buildenv.2022.109678

Cited by 14 publications

(4 citation statements)

References 18 publications

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“…In studies examining the influence of noise on well-being and productivity [167], participants were asked about their sensitivity to noise, annoyance levels, perception, and performance. Questionnaires were also used to assess responses to different lighting conditions and their effects on visual performance [95,168]. Lastly, surveys can be focused on participants' perceptions and satisfaction regarding IAQ factors, such as ventilation, odors, and pollutants [169,170].…”

Section: Evaluation Of Human Productivitymentioning

confidence: 99%

“…Rate IAQ as worse, report increased sleepiness and higher intensity of several health symptoms Outdoor air supply rate from 23 L/s/p to 10 L/s/p Both temperature and noise have a one-vote veto power to IAQ Unsatisfactory thermal environment weakens the comfort expectation of IAQ factors Stress was maximized when exposed to 30 °C, odor irritants and to road trafc noises [187] [214] [168] [25]…”

Section: Impact Factor Rangementioning

confidence: 99%

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Impact of Indoor Air Quality and Multi-domain Factors on Human Productivity and Physiological Responses: A Comprehensive Review

Deng,

Dong,

Guo

et al. 2024

Indoor Air

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Indoor environmental quality (IEQ) significantly impacts human health, well-being, and productivity. However, a comprehensive and in-depth review of the combined effects of IAQ and other multi-domain factors on human productivity is lacking. There has not been any prior review that encapsulates the impact of multi-domain factors on productivity and physiological responses of occupants. To address this gap, this review paper investigates and highlights the impact of IAQ and multi-domain factors (thermal, visual, and acoustic) on human productivity and occupant well-being in the built environment. The review explores various research methods, including evaluation of human productivity and creativity, data collection, and physiological signal analysis. We also examined the interactions between IAQ and multi-domain factors, as well as strategies for optimizing productivity through integrated building design and smart systems. The key findings from this review reveal that IAQ significantly impacts human productivity and occupant well-being, with interactions between IAQ and other IEQ factors further impacting these effects. Despite advances in the field, there are several limitations and gaps in the current research methods and study designs, including small sample sizes, limited and insufficient experimental design and control, reliance on laboratory or simulated environments, lack of follow-up and long-term data, and lack of robust performance metrics. The review proposes future research directions, including specific applications, and follow-up work to address these limitations and further advance the understanding of IAQ and multi-domain factors in the built environment. The implications of this review for policy and practice include the need for holistic and integrated approaches to IAQ and IEQ management, with a focus on creating healthy and productive indoor environments. This review emphasizes the importance of considering the complex interplay between IAQ and multi-domain factors, as well as the potentials of adopting smart control systems and sustainable design strategies to optimize productivity and occupant well-being in the built environment. By addressing these critical issues, we can enhance the overall quality of life for building occupants and contribute to a more sustainable future.

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Section: Evaluation Of Human Productivitymentioning

confidence: 99%

Section: Impact Factor Rangementioning

confidence: 99%

Impact of Indoor Air Quality and Multi-domain Factors on Human Productivity and Physiological Responses: A Comprehensive Review

Deng,

Dong,

Guo

et al. 2024

Indoor Air

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“…In recent years, with the rapid development of China's higher education, gymnasiums have occupied an increasing proportion of the public buildings of universities [1], and many newly built campuses have built gymnasiums. As large public buildings, gymnasiums generally have large spans and large spaces [2], which greatly increase the energy consumption of office lighting, air conditioning systems, and other energy-using equipment. Zheng Yan et al [3] conducted a survey on the University of Science and Technology Beijing (USTB) Gymnasium and concluded that the main energy resources of the gymnasium were office lighting and the air conditioning system, which together accounted for 84% of the total energy consumption.…”

Section: Introductionmentioning

confidence: 99%

Trade-Off Judgement for Daylighting and Energy Consumption in the High and Large Space of the University Gymnasium in Beijing

Wu,

Jin,

Zhang

2024

Buildings

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Taking the high and large space of the University of Science and Technology Beijing Gymnasium as this research object, this paper analyzes the influence of different window positions, window-to-wall ratio (WWR), solar heat gain coefficient (SHGC), heat transfer coefficient (K), and visible light transmittance (VT) on the total indoor energy consumption in winter and summer and obtains the relationship between the daylight factor and VT formed when the window is opened per unit area. Through energy consumption simulation, the variation law and calculation formula for indoor total energy consumption are obtained. The results show that the SHGC and K of the exterior window have a significant influence on the total energy consumption. By using the energy consumption simulation of different types of exterior windows, it is concluded that the SHGC of the south-facing window is negatively correlated with the variation of air conditioning energy consumption per unit area Δe1,w, while the others are positively correlated. Moreover, the SHGC and K of the skylight have the most significant influence on the Δe1,w. The total energy consumption decreases and then increases with the increase in the window area, and there is a lowest point, so the right side of the lowest point is less than or equal to 105% of the lowest total energy consumption as a reasonable window area zone. Finally, a progressive optimization method for weighing daylighting and energy consumption in university gymnasiums in Beijing is proposed.

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“…The complex modeling and the multitude of influencing parameters in the pre-analysis stage make the lighting analysis of large-space buildings challenging due to their diverse spatial types, large spans, and complex structures [50][51][52]. On the one hand, the lighting in large-space buildings is evaluated via only using static indicators, which may result in certain areas being too bright or too dark due to limitations in time and space conditions, thus making it difficult to meet the lighting design requirements of modern large-space buildings.…”

Section: Introductionmentioning

confidence: 99%

Evaluation and Design of Parameterized Dynamic Daylighting for Large-Space Buildings

Zhang

Wang

et al. 2023

Sustainability

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This study aimed to promote the use of natural lighting in building designs to create a good lighting environment and to save energy. Dynamic daylight evaluation and analysis have become hot research topics due to the influence of outdoor light climate changes that occur throughout the season and over a period of time. However, there are certain gaps in the application of dynamic daylight evaluation for large-space buildings. In China, static daylight evaluation is mainly used to assess the actual daylighting performance of buildings. The Hangzhou E-sports Center in China was selected as the study object in this research, and dynamic daylight simulations were conducted using Rhino + Grasshopper and Ladybug + Honeybee for different representative days in each season and in each measurement zone. Spatial daylight autonomy (sDA) and useful daylight illuminance (UDI) were used as the dynamic daylight evaluation indicators, and a parameterized dynamic daylight evaluation method was proposed for evaluating the design scheme. By comparing the initial and optimized design schemes, the results showed the following: (1) the optimized scheme increased the ratio of area and time within the UDI 100–2000 lux range, and areas with an sDA >300 lux accounted for over 55% of the primary use areas, indicating a significant improvement in the daylighting quality of the large space; (2) the daylighting quality of the large space building showed seasonal changes, with the best daylighting quality occurring during the summer solstice and the worst occurring on the winter solstice, while the daylighting quality was similar during the spring and autumn equinoxes; (3) the dynamic evaluation metrics facilitated the identification of daylighting issues in large-scale buildings more effectively; (4) the parameterized method proposed in this study can solve the cumbersome process of daylight simulation and is more conducive to the adjustment and optimization of design schemes by designers. The parameterized dynamic daylight evaluation method proposed in this study provides references and ideas for the design and research of daylighting in other large-space buildings.

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Sporters' visual comfort assessment in gymnasium based on subjective evaluation & objective physiological response

Cited by 14 publications

References 18 publications

Impact of Indoor Air Quality and Multi-domain Factors on Human Productivity and Physiological Responses: A Comprehensive Review

Impact of Indoor Air Quality and Multi-domain Factors on Human Productivity and Physiological Responses: A Comprehensive Review

Trade-Off Judgement for Daylighting and Energy Consumption in the High and Large Space of the University Gymnasium in Beijing

Evaluation and Design of Parameterized Dynamic Daylighting for Large-Space Buildings

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