Autonomous HVAC CFD is an essential cloud-based application for enriched CFD analysis for all kinds of building space. A software especially created for HVAC design engineers to harness the power of CFD without any prior knowledge and experience in using CFD software. Conduct several space designs with air terminal designs. This blog will describe how AHC can help HVAC engineers in their conceptual design phase.
Fluid flow simulation offers a lot of potential for the AEC sector, as it allows architects and engineers to evaluate and enhance building performance early on in the design process. It's no longer impossible to reach its full potential, due to the emergence of a user-friendly cloud-based platform - simulationHub, which has been able to democratize this challenge by developing an Autonomous HVAC CFD Application. This blog will give you an overview of the results obtained by the AHC Application and describe how every result obtained is made easy to understand, which plays an important role in analyzing a given space and helps designers to optimize it.
We have recently launched our new product Autonomous HVAC CFD. On the occasion of this launch, I thought of telling you the story. A story that talks about the “Why and what” of the product. This is little behind the curtain stories, little philosophical, and little about the vision. I hope you will enjoy reading and knowing more about this new start across the block.
This blog will give you an overview of “The role of CFD in designing ventilation strategy for the airborne infection isolation rooms”. The app also gives information about standards designed for such isolation rooms and CFD strategy used to decide and supply and exhaust locations for isolation rooms.
This is a press release article on the custom valve opening conditions methodology developed by the simulationHub team for the virtual flow loop testing process used to predict Cv, Kv & Cdt values in the Autonomous Valve CFD app. This new methodology will help the user to customize the valve opening conditions. Read more about this new advancement in the article.