Smart architecture: Using numerical modeling to calculate the danger of channeled wind on an urban developmentÂ
![Wasy Akhtar](/-/media/images/sectors/digital-engineering/expert-profiles/wasy-akhtar-640x480px/wasy-akhtar-640-x-480-white-bg.png?c=1&cw=98&ch=98&h=98&hash=2366B34A7636F8FCDE83B3482763E3AB)
By Engaged Expert
Wasy AkhtarWasy brings with him over 15 years of industry experience in computational analysis across a range of industries including oil & gas, transportation, heavy machinery and life sciences.
The Challenge
Engineering innovation and smart architecture have led to an exciting urban environment optimized for the needs of pedestrians and cyclists. Narrower access ways are possible, which also allows more efficient use of space as architects seek to go higher. A risk of these designs is that the wind can be channeled in a way that is potentially dangerous for both pedestrians and cyclists. The customer in this project wanted to ensure that this risk was minimized.
The Solution
°ÄÃÅ2023È«ÄêÕý°æÃâ·Ñ×ÊÁÏ Digital Engineering generated a Computational Fluid Dynamics (CFD) model of the development and surrounding environment. A numerical modeling method, CFD allowed the accurate prediction of wind flow patterns between buildings, taking as input the local wind rose of prevailing winds, the development geometry, and the surrounding geometry to provide an accurate atmospheric boundary layer at the inlet to the development. Variations in temperature and weather that occur during the year were also taken into account.
The Result
The model outputs enabled the team to generate a risk plot showing the likelihood of dangerous conditions occurring at every location in the development during the year. Some small changes to the design were recommended to mitigate this risk, and the result was judged acceptable by the planning authorities.
Find related Resources
Related Services
![Digital Engineering Case Study](/-/media/images/sectors/digital-engineering/digital-engineering-case-study-home-640x480px.jpg?h=283&w=378&la=en&hash=70DFED7FB9552FA5DA1B29DD832DF1B7)
Digital Engineering Case Studies
Read examples of how °ÄÃÅ2023È«ÄêÕý°æÃâ·Ñ×ÊÁÏ Digital Engineering utilize modeling, simulation, and other digital tools to help our customers innovate and solve complex challenges.
![Modeling and Simulation Services](/-/media/images/sectors/digital-engineering/digital-engineering-modelling-and-simulation-640x480px.jpg?h=283&w=378&la=en&hash=F120CE75273020711696331CE0B331F9)
Modeling and Simulation Services
Optimize your project with our modeling and simulation services. Our expertise ensures cost-effective, compliant solutions. Enhance your project today.
![](/-/media/images/sectors/digital-engineering/digital-engineering-data-science-640x480px.jpg?h=283&w=378&la=en&hash=470C3B6A48B832E18C8A990F0AFE4E56)
Data Science and Machine Learning Services
We combine state-of-the-art data science and machine learning to provide insights that help you improve performance and increase productivity.
![](/-/media/images/sectors/digital-engineering/digital-engineering-now-recruiting-640x480px.png?h=283&w=378&la=en&hash=BC7975B15D7BC4F7122EC3EDC51B6AAE)
Join The Digital Engineering Team
°ÄÃÅ2023È«ÄêÕý°æÃâ·Ñ×ÊÁÏ Digital Engineering is growing fast. We work at the forefront of °ÄÃÅ2023È«ÄêÕý°æÃâ·Ñ×ÊÁÏ's digital transition, delivering insight, guidance and answers to complex engineering and technology challenges. Start your °ÄÃÅ2023È«ÄêÕý°æÃâ·Ñ×ÊÁÏ journey today!