FREE E-BOOK

Urban Physics Modelling With Open-Source CFD

Explore real-world applications and revolutionary insights on Urban Physics Modelling using Computational Fluid Dynamics.

Embark on an insightful journey into the core of urban dynamics through our in-depth e-book, “Urban Physics Modelling with Open-Source CFD.” Within the intricate fabric of urban environments lies a complex interplay of fluid mechanics, heat transfer, and human interactions.

This e-book immerses you in the world of Computational Fluid Dynamics (CFD), an essential tool in decoding these intricate processes. Explore the profound role of CFD in understanding urban complexities, uncover practical applications revolutionizing city planning, and uncover the transformative potential of open-source CFD software in design innovation. Peer into a realm of insights drawn from pioneering projects and peer ahead into the future of urban design driven by scientific precision.

Streamline visualization of wind flow around urban high-rise buildings, demonstrating airflow patterns and dynamics in a cityscape using CFD simulations.

CFD simulation of smoke dispersion in a subway tunnel, showcasing airflow streamlines and thermal behavior for safety design.

A detailed CFD simulation showing wind flow paths in an urban environment, with streamlines coloured to indicate varying wind speeds across city buildings and green spaces.

Pollutant Dispersion Cloud Sophia AEC 2

Sofia_Streamlines6-scaled

What You’ll Learn:

The significance of Computational Fluid Dynamics (CFD) in understanding urban dynamics
Real-world applications of Urban Physics Modelling
How open-source CFD tools revolutionize urban planning
Case studies: AENEAS and Cloud-Sophia projects’ success stories
The future of Urban Physics Modelling and how it shapes our cities

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