Monitoring Dust Concentrations over Desert and Cropland during Dust Storms Using Visibility Sensors

Du, Mingyuan; Yonemura, Seiichiro; Shen, Yanbo; Wang, Wanfu

doi:10.1088/1755-1315/111/1/012010

Cited by 1 publication

(2 citation statements)

References 6 publications

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“…According to the data analysis in this research, the wind velocity surrounds biomimicry conceptual building model is lower than basic building models resulting the dust concentration deposited on the building envelope lower as well. Based on Figure 19, higher wind speed results in higher Dust Concentration Index (DCI) [41]. According to the data analysis in this research, the wind velocity surrounds biomimicry conceptual building model is lower than basic building models resulting the dust concentration deposited on the building envelope lower as well.…”

Section: Matrix Tabulation Analysismentioning

confidence: 68%

“…For slope sides building model such as pyramids, the data analysis showed that the degree of slope is directly proportional to self-cleaning efficiency percentage. The relationship between the degree of slope and self-cleaning efficiency percentage is described in the Figure 10 below: Based on Figure 11, higher wind speed results in higher Dust Concentration Index (DCI) [41]. According to the data analysis in this research, the wind velocity surrounds biomimicry conceptual building model is lower than basic building models resulting the dust concentration deposited on the building envelope lower as well.…”

Section: Matrix Tabulation Analysismentioning

confidence: 78%

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Simulation on Building Envelope Design using Biomimicry Conceptual of Palm Leaf Pattern for Self Cleaning Maintenance

Salim

huai

Hassan

2022

ARASET

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Contemporary architectural designs acting to increase the aesthetic value of the building’s overall perspective. The complexity of the maintenance works for the building envelope cleanliness becomes challenging in maintenance operations. Biomimicry – innovation inspired by nature, reveals an opportunity to simplify the cleaning process mentioned by infusing the self-cleaning characteristic of palm tree species on the design of building envelope. This research is intentionally to determine of the most ideal building envelope form that utilize the effect of the biomimicry conceptual as self-cleaning maintenance properties by finding the wind velocity to assess the dust flow behaviour. The basic architectural forms that commonly applied by the architects is used as a model to create the building forms in a way to find the physical self-cleaning characteristic by using the palm leaf pattern. By using the Autodesk Computational Fluid Dynamics (CFD) software, this tool is used to simulate the environmental situation and examine the efficiency of the self-cleaning function on different building models. The results are compared among the different models to identify the best building model that fully employ the self-cleaning function using the palm leaf pattern. The finding on self-cleaning properties of architectural forms is potentially developed the solution of sustainable building envelope design for a better functional and free maintenance.

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Section: Matrix Tabulation Analysismentioning

confidence: 68%

Section: Matrix Tabulation Analysismentioning

confidence: 78%