The adoption of computational fluid mechanics has seen it exhibit various fruitful transition, from a mere field to an increasingly developed field in practice and design.

This literature review, in form of a position paper, provides a theoretical background of the CFD plus supporting views about its mechanism and its usage within our organization. This will involve studying aspects of technical challenges associated with using the tool within the organization. Further, possibilities and limitations are also presented to further the exploration of how CFD applies to urban physics. Intuitively, this will provide a benchmark for measuring the spatial and temporal scales that can be associated with the position of computational fluid mechanics. Finally, it would be important to scale the position of the review by focusing on the technical aspects of using CFD in the organization. For this reason, it would be possible to extensively discover the future of CFD in urban physics.

In most urban areas, especially in the industries, urban physics is a core field in facilitating various physical processes. Essentially the field deals with the transmission of heat and mass experienced in the outdoor and indoor urban environment. Further, it focuses this concept of heat and mass transmission on its interaction with humans and materials used in production. Conclusively, an organization is likely to apply this field to ensure a healthy and sustainable outdoor and indoor environment through encompassing all the associated constraints such as security, energetic and health, all of which are considered as grand societal challenges. For these particular reasons, urban physics with all its components is adopted widely across engineering disciplines, scaling from mechanical to electrical engineering. One of the major components that make urban physics formidable is Computational Fluid Dynamics mainly used in numerical simulation within the particular organization.&nbsp.

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