Posts tagged with simulationhub | simulationHub Blog - Page 7

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Simulationhub

Tuesday, June 09, 2020
By Sneha Shetty
This is a press release article that helps in understanding the wind comfort criteria in PCA and about how simulationHub's pedestrian comfort app helps in analyzing the pedestrian wind comfort criteria using globally recognized standard criteria.
Wednesday, March 25, 2020
By Aaditya Ruiker
This blog will give you an overview of predicting flow characteristic curves for different angles of V-port in ball valve design in the control application. Preview and the capabilities of Autonomous valve CFD to carry out the design of experiments
Tuesday, March 03, 2020
By Aaditya Ruiker
This blog will give you an overview of the Autonomous HVAC CFD app’s Technology Preview and its features, how to create your own project and run CFD simulations in the app.
Tuesday, February 25, 2020
By Sneha Shetty
This is the press release on the new feature of Net Cv and Gross Cv provided in the Autonomous Valve CFD app in performance details.The Autonomous Valve CFD app helps in getting flow performance coefficients like Cv, Kv and Cdt. The users can now get both the Gross Cv and Net Cv in the results section of the Autonomous Valve CFD app.
Friday, January 24, 2020
By Chaitanya Rane
simulationHub is here with the future of CFD simulations for the HVAC industry. We are proud to launch the technology preview of our upcoming app Autonomous HVAC CFD. Here you can try your hand at simulating 210 different CFD simulations and analyzing their thermal comfort conditions. Read more to know about the technology preview and its benefits for the HVAC industry.
Friday, January 24, 2020
By Chaitanya Rane
This is a blog on the analysis of pedestrian wind comfort around a sea-facing high-rise area, Brickell Avenue, in Miami Florida. The Pedestrian Comfort Analysis app was used to perform the CFD simulations and generate the wind comfort plot. The results generated from the analysis show that there is wind funneling in narrow alleys and identify possible locations of pedestrian discomfort.