Learn more about how mitigating the impact of wind with AI and CFD is now an important and well-established part of good building design.

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Learn more about how mitigating the impact of wind with AI and CFD is now an important and well-established part of good building design.
Understanding AI Wind Streamlines
I Streamlines deliver a brilliant, highly visual representation of how wind flows through 3D space. By clearly depicting the movement, relative speed, and unique patterns of wind flow around developments, AI Streamlines offer Orbital Stack software users even greater early design insights.
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Orbital Stack, along with the experts at RWDI and Neural Concept, is proud to announce its newest, game-changing feature: 3D Wind Streamline
Introducing 3D Wind Streamlines for AI: Revolutionize Early Design with Orbital Stack
Orbital Stack, along with the experts at RWDI and Neural Concept, is proud to announce its newest, game-changing feature: 3D Wind Streamlines for AI Simulations. This feature will bring an unprecedented level of insight to an already robust, rapid environmental analysis toolset.
Pedestrian wind comfort analysis may involve one or more approaches. From fast-and-affordable AI-powered options suitable for early stage exploration, to computationally intensive fluid dynamic simulation of later designs, to atmospheric boundary layer (ABL) wind tunnel tests that are often necessary for final approval — all have the same general objective: helping architects understand the conditions that result from a range of effects that occur when wind encounters their proposed structures.
These are some of the most important wind effects in urban design. We’ll also explore a range of measures that architects and building designers can use to mitigate and manage them. First, let’s briefly review why understanding wind effects matters.
(via CFD Wind Analysis of the Valley of Assisi (Perugia, Italy) in Augmented Reality)
#CFD wind analysis of the valley of Assisi (Perugia, Italy) in #AR on #simulationPlatform #FetchCFD. CFD done using #OpenFOAM & postprocessing using #Blender3d & #Unity3D. More details & free download here: https://fetchcfd.com/view-project/1973 #Unity3D #simulation #computationalfluiddynamics